What is PVC (PolyVinyl Chloride)?

Polyvinyl Chloride (PVC or Vinyl) is an economical and versatile thermoplastic polymer widely used in building and construction industry to produce door and window profiles, pipes (drinking and wastewater), wire and cable insulation, medical devices, etc. It is the world’s third largest thermoplastic material by volume after polyethylene and polypropylene.

It is a white, brittle solid material available in powder form or granules. Due to its versatile properties, such as lightweight, durable, low cost and easy processability, PVC sheet is now replacing traditional building materials like wood, metal, concrete, rubber, ceramics, etc. in several applications.

Basic Forms of PVC(including PVC rod)
Polyvinyl Chloride is widely available in two broad categories: Flexible and Rigid. But, there are more types like CPVC, PVC-O and PVC-M.

Plasticized or Flexible PVC (Density: 1.1-1.35 g/cm3): Flexible PVC is formed by the addition of compatible plasticizers to PVC which lower the crystallinity. These plasticizers act like lubricants resulting in a much clearer and flexible plastic. This type of PVC is sometimes called as PVC-P.

Unplasticized or Rigid PVC (Density: 1.3-1.45 g/cm3): It is a stiff and cost-effective plastic with high resistance to impact, water, weather, chemicals and corrosive environments. This type of PVC is also known as UPVC, PVC-U or uPVC.

Chlorinated Polyvinyl Chloride or perchlorovinyl: It is prepared by chlorination of PVC resin. High chlorine content imparts high durability, chemical stability and flame retardancy. CPVC can withstand a wider range of temperatures.

Molecular Oriented PVC or PVC-O: It is formed by reorganizing the amorphous structure of PVC-U into a layered structured. Bi-axially oriented PVC has enhanced physical characteristics (stiffness, fatigue resistance, lightweight, etc.).

Modified PVC or PVC-M: It is an alloy of PVC formed by addition of modifying agents, resulting in enhanced toughness and impact properties.

Polyvinyl Chloride (PVC) is one of the most widely used polymers in the world. Due to its versatile nature, PVC, or other plastic rod, is used extensively across a broad range of industrial, technical and everyday applications including widespread use in building, transport, packaging, electrical/electronic and healthcare applications.

PVC, including soft PVC sheet roll, is a very durable and long lasting material which can be used in a variety of applications, either rigid or flexible, white or black and a wide range of colours in between.

The essential raw materials for PVC are derived from salt and oil. The electrolysis of salt water produces chlorine, which is combined with ethylene (obtained from oil) to form vinyl chloride monomer (VCM). Molecules of VCM are polymerised to form PVC resin, to which appropriate additives are incorporated to make a customised PVC compound .

The PVC production process consists of 5 steps:

The extraction of salt and hydrocarbon resources
The production of ethylene and chlorine from these resources
The combination of chlorine and ethylene to make the vinyl chloride monomer (VCM)
The polymerisation of VCM to make poly-vinyl-chloride (PVC)
The blending of PVC polymer with other materials to produce different formulations providing a wide range of physical properties.

PVC sheet, PE sheet and PP sheet have excellent corrosion resistance and weather resistance. The working temp is 33 deg F to 160 deg F. and the forming temperatures of 245 deg F. It is good electrical and thermal insulator and has a self-extinguishing per UL Test 94. PVC applications are almost unlimited. It's the most widely used member of the vinyl family. It is excellent when used for corrosion-resistant tanks, ducts, fume hoods, and pipe. Ideal for self-supporting tanks, fabricated parts, tank linings, and spacers. It is not UV stabilized and has a tolerance of +or 10%. Not FDA approved materials. Colors available: Gray PVC Type 1 Sheet, White PVC, Clear PVC.

If your car is equipped with disc brakes, brake calipers are critical to slowing and stopping your car. Here's what you need to know.
The brake caliper plays a central role in a disc-brake system and has two functions. First, it acts either as a bracket to support the brake pads on either side of the rotor or to support the caliper bracket itself — there are other designs, but these are the two most common. Second, it uses pistons to convert pressure exerted on the brake fluid by the master cylinder into friction on the rotor.

In simple terms, a brake caliper’s purpose is to squeeze the brake pads against the rotor to stop the car. There are two main types of calipers, a single piston and a dual piston. Most front calipers are dual piston but many cars use single piston calipers on the rear, where less braking force is needed.

Stepping on the brake pedal forces the master cylinder piston forward, compressing the brake fluid. The brake fluid forces the brake caliper pistons toward the rotors, pinching the rotors in between the brake pads, which creates friction and slows the vehicle.

When Brake Calipers Go Bad
In general, brake pads and rotors wear out and need replacement far more often than calipers. A leading cause for damaged calipers, however, stems from driving a vehicle on worn-out pads or warped rotors. Both prevent the system from dissipating the heat of friction, as they’re designed to do, which can damage the calipers.

If the pads fail to insulate the caliper from excessive heat, the piston can be damaged or the heat can be passed through the piston to the brake fluid, which can cause it to degrade. The latter can result in brake failure.

A damaged piston, or one that is simply corroded, may get stuck in one position. If it sticks in the retracted position, that wheel will lose braking ability. If it sticks in the engaged position, the wheel will brake continuously until freed.

How to Tell That a Caliper Has Failed
With a retracted piston, the car may pull toward the side of the car with operating brakes when they are engaged. You may also notice that braking distance increases. Conversely, an engaged piston will cause the car to pull toward the engaged brake when driving. (Note: A stuck caliper can cause pulling, but there are many other possible causes as well.) Excess heat will be present, and the brake pad will quickly wear down. Any of these symptoms indicate immediate need for service.

Another sign of caliper failure could include leaking brake fluid, as a damaged piston may no longer seal completely. If enough fluid escapes from the system, the warning light on the dashboard will call your attention to it. If you check your pad wear regularly, you may note uneven wear on the pads, comparing one side of the rotor to the other, or even left wheel to right wheel. If the pads show uneven wear, check the caliper function. And yet another sign of a seized caliper is excessive brake dust on one wheel compared to the other.

In the rarest form of failure, the caliper bracket could snap, causing a clunking sound when the brakes engage. If you hear this, stop immediately and do not operate the vehicle.

Ignoring any of these symptoms can magnify the damage. The cost and effort required to address the problem increases proportionally. Make an effort to examine the problem as soon as possible or have it evaluated by a qualified technician.

Important Maintenance Points
• As the brake pads wear, the caliper needs to stay centered on the rotor to allow for even pressure on both sides. There are different ways manufacturers accomplish this, and some designs are better than others at keeping the calipers sliding to compensate for pad wear. When brake service is done, always clean and grease the sliding mechanisms with a high-temp brake grease to preserve the full range of travel. If not properly lubricated, calipers can lock in one position, resulting in only one pad getting proper pressure on the rotor.

• Whenever possible, inspect the dust boots protecting the caliper piston and the two slide pins. These flexible covers prevent dirt and moisture from fouling the action of the associated parts. Any damage or tears found in the boots must be addressed quickly, before dirt and corrosion cause the parts to seize. It is possible to disassemble the caliper, clean the parts and replace the boots if you have some skill as a DIYer. Labor charges, however, make this impractical in most auto shop situations, so the most common resolution is full replacement of the caliper and bracket.

Regardless of the type of support, it is designed to have parts that withstand increased wear. The pads and discs we have not considered because they are considered consumables. As for the support, the return movement of the piston is provided by a rubber sleeve. When the driver depresses the brake pedal, the piston comes out of the body and deforms the brake sleeve kit, when the pedal is released, the cuff tends to present a starting position and drags the piston.

The brake system includes brake calipers, brake discs, brake pads(including brake pad fitting kits), steel pipes, brake fluid, etc. There are also brake rubber dust cover kits.

Wound Dressings
Wound, whether it is a minor cut or a major incision, it is important to care for it properly, part of this process includes wound dressing. Dressing is designed to be in contact with the wound, which is different from a bandage that holds the dressing in place. Historically, wet-to-dry dressings have been used extensively for wounds requiring debridement. In 1600 BC, Linen strips soaked in oil or grease covered with plasters was used to occlude wounds. Clay tablets were used for the treatment of wounds by Mesopotamian origin from about 2500 BCE. They cleaned wounds with water or milk prior to dressing with honey or resin. Wine or vinegar usage for cleaning the wounds with honey, oil and wine as further treatment was followed by Hippocrates of ancient Greece in 460- 370 BCE. They used wool boiled in water or wine as a bandage. There was a major breakthrough in the antiseptic technique during the 19th century, antibiotics were introduced to control infections and decrease mortality. Modern wound dressing arrival was in 20th century.

When the wound is closed with dressing, such as transparent film dressing, they are continuously exposed to proteinases, chemotactic, complement & growth factors, which is lost in the wound exposed. So during late 20th century, production of occlusive dressing began to protect and provide moist environment to wound. These dressings helps in faster re-epithelialization, collagen synthesis, promotes angiogenesis by creating hypoxia to the wound bed and decreases wound bed pH which leads to decrease in the wound infection. Woven absorbent cotton gauze was used in 1891. Until the mid 1900’s, it was firmly believed that wounds healed more quickly if kept dry and uncovered whereas ‘closed wounds heal more quickly than open wound’ written in an Egyptian medical text -Edwin smith surgical papyrus in 1615 BC. Oscar Gilje in 1948 describes moist chamber effect for healing ulcers. In the mid 1980’s, the first modern wound dressing were introduced which delivered important characteristics providing moisture and absorbing fluids (e.g. polyurethane foams, hydrocolloids, iodine-containing gels). During the mid 1990’s, synthetic wound dressings expanded into various group of products which includes hydrogels, hydrocolloids, alginates, synthetic foam dressing, silicone meshes, tissue adhesives, vapor-permeable adhesive films and silver/collagen containing dressing.

Traditional wound dressing
Traditional wound dressing products including gauze, lint, plasters, bandages (natural or synthetic) and cotton wool are dry and used as primary or secondary dressings for protecting the wound from contaminations. Gauze dressings made out of woven and non woven fibres of cotton, rayon, polyesters afford some sort of protection against bacterial infection. Some sterile gauze pads are used for absorbing exudates and fluid in an open wound with the help of fibres in these dressings. These dressings require frequent changing to protect from maceration of healthy tissues. Gauze dressings are less cost effective. Due to excessive wound drainage, dressings, including foam dressing, become moistened and tend to become adherent to the wound making it painful when removing. Bandages made out of natural cotton wool and cellulose or synthetic bandages made out of polyamide materials perform different functions. For instance, cotton bandages are used for retention of light dressings with non woven dressing, high compression bandages and short stretch compression bandages provide sustained compression in case of venous ulcers. Xeroform™ (non-occlusive dressing) is petrolatum gauze with 3% of Bismuth tribromophenate used for non-exudating to slight exudating wounds. Tulle dressings such as Bactigras, Jelonet, Paratulle are some examples of tulle dressings commercially available as impregnated dressings with paraffin and suitable for superficial clean wound. Generally traditional dressings are indicated for the clean and dry wounds with mild exudate levels or used as secondary dressings. Since traditional dressings fail to provide moist environment to the wound they have been replaced by modern dressings with more advanced formulations.

Modern and advanced wound dressing
Modern wound dressing have been developed to facilitate the function of the wound rather than just to cover it. These dressings are focused to keep the wound from dehydration and promote healing. Based on the cause and type of wound, numerous products are available in the market, making the selection a very difficult task. Modern wound dressings, transparent dressing with absorbent pad, are usually based on synthetic polymers and are classified as passive, interactive and bioactive products. Passive products are non-occlusive, such as gauze and tulle dressings, used to cover the wound to restore its function underneath. Interactive dressings are semi-occlusive or occlusive, available in the forms of films, foam, hydrogel and hydrocolloids. These dressings act as a barrier against penetration of bacteria to the wound environment.

What uses does rubbing alcohol have?

Rubbing alcohol is a common household chemical. It has several potential uses in personal care, as well as in general household cleaning.

However, the incorrect use of rubbing alcohol can cause serious side effects, including skin irritation and poisoning.

In this article, we list some common uses for rubbing alcohol. We also outline some situations in which a person should avoid using this chemical.

Common uses for rubbing alcohol, or alcohol pad, include:

1. Disinfecting tick bites
People can use tweezers to remove a tick carefully from the skin. Following its removal, they can use rubbing alcohol to disinfect the bite. They should apply rubbing alcohol to a cotton swab and dab it onto the area where the tick had attached itself.

2. Caring for pierced ears
According to the American Academy of Dermatology (AAD), people can use rubbing alcohol to help clean the skin around new ear piercings. To do this, a person should dip a cotton ball or pad into the rubbing alcohol. They should then gently wipe it around the piercing on the front and back of the ear.

People should clean the piercing twice a day to help prevent bacterial infections and scabbing.

It is important to note that some experts disagree with this advice, recommending that people avoid using rubbing alcohol because it might slow the healing process.

3. Reducing body odor
Rubbing alcohol can help kill odor-causing bacteria, and it can be used in woundcare dressing, or hydrocolloid dressing. A person can apply rubbing alcohol under the armpits to help eliminate body odors.

However, they should avoid applying rubbing alcohol soon after shaving, as this will cause stinging.

4. Deodorizing shoes
Shoes can develop a strong odor, particularly if a person wears them while exercising or doing other physical activity. Spraying the insoles of the shoes with rubbing alcohol can help eliminate odor-causing bacteria.

A person should fill a spray bottle with rubbing alcohol and use this to spray the insides of the shoes. Leaving the shoes in the sun will help dry them out.

5. Creating homemade room deodorizer
It is possible to make a room deodorizer by pouring rubbing alcohol into a spray bottle and adding a few drops of an essential oil. A person can then spray the mixture around the room to help mask unpleasant odors.

6. Creating homemade ice packs
By mixing water and rubbing alcohol, a person can create a reusable and malleable homemade ice pack. They can follow these steps:

Fill a sealable freezer bag with 2 cups of water and 1 cup of 70% rubbing alcohol.
Push as much air out as possible, and seal the bag.
Place the filled bag inside another freezer bag, pushing out as much air as possible before sealing it.
Freeze for several hours.
Once the ice pack is ready, people can apply it to sore muscles or joints to relieve pain and inflammation.

7. Cleaning and disinfecting hard surfaces
Rubbing alcohol can help clean and disinfect hard surfaces. It is effective against most, but not all, pathogens.

The main ingredient in rubbing alcohol is isopropyl alcohol (IA). Most rubbing alcohols contain about 70% IA, but the amount can range from 60% to 99%, depending on the product.

According to the Centers for Disease Control and Prevention (CDC)Trusted Source, alcohol solutions are most effective at concentrations of 60–90%. People should avoid using diluted solutions that have a concentration of 50% or below, as these will be less effective in killing pathogens.

8. Disinfecting sponges and cloths
Rubbing alcohol can also help disinfect household items, such as bathroom or kitchen sponges or cleaning cloths.

A person should pour some rubbing alcohol onto the sponge or cloth and let it soak for several minutes or hours inside a sealable container.

9. Cleaning and sanitizing electronic devices
Alcohol evaporates quickly and can kill pathogens on phones, laptops, tablets, and other devices. It is best to use a rubbing alcohol with 99% IA for electronics.

A person should apply a small amount of the rubbing alcohol to a paper towel or cloth and gently wipe it across the electronic device.

This chemical can also help remove water from an electronic device if a person accidentally drops it into water or spills some water on it. If the device was switched off at the time, removing water with the rubbing alcohol should recover it.

What are galvanized pipes?

Galvanized pipes are steel pipes that have been dipped in a protective zinc coating to prevent corrosion and rust. Galvanized steel pipe was commonly installed in homes built before 1960. When it was invented, galvanized pipe was an alternative to lead pipe for water supply lines. Today, however, we have learned that decades of exposure to water will cause galvanized pipes to corrode and rust on the inside.

What do galvanized pipes look like?

When first installed, galvanized pipes looks similar to a nickel in color. But as it ages, galvanized pipe may appear much duller, lighter, or darker, depending on its environment. We’ve also seen homes where the water pipes have been painted, so it can be difficult to tell at first glance.

How can I tell if I have galvanized pipes?

If you can’t tell by looking at your pipes, there is a quick test to tell if they are galvanized. Simply grab a flat head screwdriver and a strong magnet. Start by finding your water line and scratch the outside of the welded steel pipe with the screwdriver. Compare your results:

Copper

The scratched area will look like a copper penny.
A magnet will NOT stick to it.

Plastic
The scratched area will appear ivory or white in color.
A magnet will NOT stick to it

Galvanized steel
The scratched area will have a silver-gray color.
A strong magnet will stick to it.

Lead
The scratched area will have a dull silver-gray color, and the metal will usually be soft and easy to scratch. A magnet will NOT stick to it. Lead LSAW welded pipes are easy to bend and may be misshapen. If you have lead pipes, we recommend replacement if at all possible.

Be sure to scratch test your pipes in multiple areas. It is not uncommon to have more than one type of piping on your water line.

Do galvanized pipes contain lead?

The galvanized pipes installed on water lines between 1880 and 1960 were dipped in molten, naturally occurring zinc. Naturally occurring zinc is impure, so these pipes, such as boiler pipe, fluid pipe, coating steel pipe, were bathed in zinc that also contained lead and other impurities. The zinc coating elongated the life of the steel pipes, but added small amount of lead and other substances that could potentially harm inhabitants.

Additionally, if your galvanized pipes were ever connected to lead plumbing (including service lines) there is more cause for concern. The corrosion inside galvanized steel pipes could have trapped small pieces of the lead. Even if the lead piping was removed years ago, the galvanized steel pipes could still periodically release the trapped lead into the water flow. Chicago didn’t stop using lead pipes for service lines until 1986, and an estimated 400,000 lead service lines are still in use in Chicago alone.

The only way to ensure that lead is not mobilized from plumbing to tap in a given home is to fully replace the galvanized plumbing and any lead service lines.

What other problems can galvanized pipes cause?

Low Water Pressure
Due to the restriction of the line, corrosion in galvanized pipes can cause lower water pressure throughout your home.

Uneven Distribution of Water
If some of your taps have low water pressure, but others don’t, this could be a symptom of galvanized pipes. Corrosion can build up unevenly. Also, part of the galvanized steel piling pipe line could have been replaced in your home, but not everywhere.

Discoloration of Water
Galvanized SSAW welded pipes can release iron and cause discoloration. A clear indicator of this is a brown stain on a porcelain sink.

Leaks
Given enough time, galvanized pipes will rust through and cause more damage to your home.

Food additives are chemicals added to foods to keep them fresh or to enhance their colour, flavour or texture. They may include food colourings (such as tartrazine or cochineal), flavour enhancers (such as MSG) or a range of preservatives.

Safety tests for food additives
Food Standards Australia New Zealand (FSANZ) is responsible for the approval of which food additives are allowed in Australian foods. All food additives used in Australia undergo a safety assessment, which includes rigorous testing before they are approved.
Toxicological tests on animals are used to determine the amount of the additive that is expected to be safe when consumed by humans. This is usually an amount 100 times less than the maximum daily dose at which ‘no observable effects’ are produced by an additive consumed over the test animal’s lifetime.
If there is any doubt over the safety of an additive, approval is not given. If new scientific information becomes available suggesting that a food additive is no longer safe, the approval to use the food additive would be withdrawn.
Most food additives are tested in isolation, rather than in combination with other additives. The long-term effects of consuming a combination of different additives are currently unknown.
Plant Extracts: The Original Food Additives
Plant and herb extracts have long been used to enhance the healthfulness, color, and even taste and flavor of foods, beverages and supplements. With an often “natural” positioning, their popularity is assured.
Ginny Bank, Contributing Editor
October 2011/NutraSolutions -- In 399 BC, the Greek philosopher Socrates was executed by drinking an infusion of the poisonous hemlock plant. In ancient Egypt, Cleopatra used henbane extract to dilate her eyes and make her appear more alluring. Also in Egypt, red fabric found in the tomb of King Tut contained alizarin, a pigment extracted from the roots of the madder plant. While such historical accounts documenting human use of plant-based extracts can be traced back over 3,000 years, their use is possibly as old as civilization itself. From the very first Chinese dynasties, Mesopotamia and ancient Greece, and westward to the empires of Mesoamerica, early civilizations had a surprisingly sophisticated understanding of botanicals and their extracts, especially for use as medicine. Flowers, fruits, roots, bark and leaves of plant material were extracted by various techniques to concentrate not only their therapeutic properties, but also their pigments, aromas and flavors. The simplest method of extraction, used for plants that have high oil content, was the expression of the essential oils. Other techniques included steeping the plant part in water to make an infusion (also known as a tisane) or mashing them and boiling in water to make a decoction. This method was also used to make natural dyes, sometimes boiling the decoction for days to concentrate the pigments further. Elixirs were produced by extracting the plant parts in alcoholic beverages to dissolve the active components.
Today, the use of plant extracts to flavor, color and improve health are not that different from ancient times. Even the extraction methods are fundamentally the same. And, with hundreds, if not thousands, of years of traditional use behind many plant extracts, their safety (and often their efficacy) has been well-documented. Even so, when one takes into account the massive number of plant-based extracts used in traditional medicinal systems, such as Ayurveda and traditional Chinese medicine, very few are approved for use in foods or have Generally Recognized as Safe (GRAS) status. This may be changing, as self-affirmation of GRAS status for such ingredients is steadily increasing. Within the last 18 months alone, a number of extracts received GRAS status through self-affirmation, with or without FDA notification

Pharmaceutical manufacturing is a strictly regulated, process-driven industry. A mistake in manufacturing can be costly in the best-case scenario and at worst, it can be life-threatening, particularly if a product has reached consumers.
The industry must adhere to numerous guidelines that are laid out by the Food & Drug Administration (FDA), for example, the Current Good Manufacturing Practices (cGMP). Product quality is at the center of cGMP, which assures the correct monitoring, design, and control of manufacturing facilities and processes.
cGMP also supplies guidance for how to attain quality raw materials, in addition to the preferred management processes and systems for maintaining optimum laboratory testing procedures. All factors play a key part in the effectiveness and safety of pharmaceutical raw materials.
For manufacturers, adherence to cGMP is a necessity, and while quality and safety are top priorities in the pharmaceutical industry, these guidelines do introduce more challenges in the manufacturing process. 

Medical apparatus and instruments refer to instruments, instruments, implants, extracorporeal reagents or similar or related items used to diagnose, prevent or treat diseases or other medical conditions, and are not achieved by chemical effects (such as drugs) in the body or in the body Its purpose. The main goal of any medical device is to improve the patient’s daily quality of life or well-being during diagnosis, treatment, and/or medication. Over the last decade, the medical device industry is a fast-growing and demanding industry. Advances in design, materials, and technologies have increased the potential to develop improved solutions for all medical applications. These advances have managed to supply the clinicians with new products, tools, and procedures, supporting them in their work by making surgery, diagnosis, or treatment processes easier than ever before. These advances have also aimed to reduce both lead times and costs in the production of existing medical devices, reducing global healthcare costs. Due to this fact, medical devices are a hot topic among the industrial and academic domains regarding issues such as design, materials, prototypes, or manufacturing processes.

Fine and specialty chemicals are a not sharply defined chemical substances that are usually produced in small quantities and on special customer request. Fine chemicals are chemical substances that are obtained by means of complex syntheses and have a guaranteed degree of purity. Specialty chemicals is the broader term and generally includes chemical substances for special applications where the effect is what counts most. 


You can use disposable protective gloves to protect your hands from any kind of hazard. There are three main types of disposable safety gloves. There are latex gloves, which are manufactured from natural rubber. Nitrile gloves are produced from synthetic nitrile rubber. And vinyl gloves are made from synthetic plastic polymer. Whichever type of glove you decide to use, you should always ensure that it is suitable for your kind of industrial application. Disposable gloves are usually manufactured with a service grading. The service grade of a disposable glove indicates the type of industry that it should be used. This article looks at the various uses of disposable gloves according to industry.
 
Medical Usage
Disposable safety gloves are some of the most commonly used safety products in the healthcare industry. These gloves are worn to prevent cross-contamination between patients and medical staff. They are also used for general hand protection when handling various sensitive things in a medical setting. Disposable gloves that are used in the healthcare industry are referred to as medical gloves. Medical disposable gloves are tested and approved by the U.S. Food and Drug Administration (FDA). These gloves are worn by surgeons, doctors, laboratory technicians, nurses, caregivers, dentists and all other medical personnel. Blue disposable gloves are most popular for healthcare use, but you can also get medical safety gloves in various shades of pink, purple, and even grey. These gloves undergo several rounds of testing including leak and puncture testing, and visual defect examination. The FDA allows only premium grade medical safety gloves to be marketed.
 
Food Service Usage
There are special disposable gloves for use in the food service industry and restaurants. These gloves are also tested and approved by the FDA. Food service gloves are worn by chefs, waiters, and various hospitality personnel. Food service gloves are used to prevent cross-contaminating during food preparation and service. Like the medical disposable gloves discussed above, food service gloves undergo serious testing before they can hit the market. Food service gloves are usually white in color to Accenture the cleanliness or sterility of the hospitality industry.

Remember the feeling when you picked up your first iPhone? Taking off the plastic seal and feeling the sleek white box? By touching the box for the very first time you already felt the importance, quality & significance of this device. This is no coincidence! We meticulously strategized how they were going to package their product to align with their branding of providing top of the line product innovation & consumer experience! 
 
It is clear that packaging plays a large role in the perceived value of a product and as a whole, the packaging industry really hasn’t changed too much in the past years, compared to the constant innovations made in portable technology. With all the packaging and box choices available in today’s market, it often becomes difficult to select the most appropriate packaging solution for your product. Let’s take a look at some of the different types of packaging options you can use to enhance your product & customer experience!

1. Cardboard boxes
Paperboard is a paper-based material that is lightweight, yet strong. It can be easily cut and manipulated to create custom shapes and structures. These characteristics make it ideal to be used in personalized packaging. It is made by turning fibrous materials that come from wood or from recycled waste paper into pulp, and then bleaching it. Paperboard packaging comes in various grades, each suitable for different packaging requirements.

SBS (or solid bleached sulfate) paperboard can be used for packing cosmetics, medicines, milk and juice, cosmetics, frozen food and more. Choosing kraft, or CUK (coated unbleached kraft) paperboard packaging are for those who prefer the natural and environmentally-friendly look of recycled paper, which can be used for similar packaging applications. Kraft is often seen to be less resistant to moisture, making it less suitable for food-related products, or frozen-goods packaging. With the right combination of design options, paperboard packaging can look high-end, without high-end pricing.

2. Corrugated boxes
Corrugated boxes simply refer to what is commonly known as: Cardboard. Corrugated boxes are the ones many probably consider as ‘cardboard’ as it produces the large shipping, shoe & storage boxes.  What a lot of people do not realize is that corrugated boxes also come in different types depending on the durability and strength of the box. Identifying a certain corrugated material, however, is easy. How do you determine the material? Through its corrugated medium (also known as fluting).  Identifying a corrugated material is easy. It consists of 3 layers of paper, an outside liner, an inside liner and a corrugated medium (also known as fluting). The corrugated medium that gives it strength and rigidity.

3. PVC boxes
Plastic is used in a wide range of products, from spaceships to paper clips. A number of traditional materials, such as wood, leather, glass, ceramic, and so on, have already been replaced by plastic. PVC box packaging has many advantages in which they can be recycled, and generally they are much more durable than paperboard boxes. Airtight plastic packaging containers can help to preserve the quality of food and eliminate any contamination issues. Plastic packaging also does not break easily and can be stored with food under extreme conditions.
Another reason why plastic is a popular choice for packing material is because of its ability to showcase the product at any angle without necessarily opening the packaging. It is also flexible, lightweight and can be applied with films or coating to enhance packaging appearance.
Contrary to popular belief, plastic is in fact recyclable, in the sense that it takes less energy to produce new plastic, compared to glass, and other materials. Best of all, it is very cost effective!
 
4. Paper tube packaging 
Paper tube packaging is becoming popular globally. It provides a unique packaging alternative. Paper tube packaging is lightweight that makes it easier to transport. They also provide good protection to the packaged product from damage and contamination. It is also eco-friendly and thus contributes to conserving the environment. Paper tube packaging is being widely used in different industries like cosmetics, food products, etc. 
The packaging industry has seen a move towards sustainable packaging. Product packaging that is not eco-friendly creates unnecessary junk that ends up either in landfills or into ocean beds. Such packaging is harmful to the environment. Customers are becoming more aware of the dangers of non-degradable packaging and are preferring products using eco-friendly packaging.
Paper tube packaging is 100% eco-friendly. It is biodegradable and does not leave behind harmful packaging waste. Paper tube packaging can be easily recycled which saves a lot of energy and resources that would have gone into preparing fresh packaging. Using paper tube packaging helps you to position your brand and product as eco-friendly. This will provide you a competitive edge in the market and attract more customers into buying your product.

5. Paper bags
Paper bags have been part of trade and commerce for more than centuries. Traditionally cloth and jute bags were used to pack goods in larger quantities during its transfer from manufacturer or farms to retailers and shopkeepers then used the paper bags to distribute smaller quantity goods to end customers. In fact, paper bags are still used by small food retailers like – sweetshop owners, street food vendors, bakers and by small vegetable sellers.
On the other hand, a waterproof paper gift bag’s structural firmness and surface feature made it ideal to print high-quality images, logo, designs better as compared to a plastic bag, and that made paper bags a hit for fashion, luxury and premium gift packaging industry.
This trend has gained popularity owing to the people and businesses becoming more aware of the ecological surroundings. Also, several individuals want to use paper bags because they are easy to carry, clean and can hold items for a good duration of time.

As you can imagine, there are several ways to move, stack, carry, store and prep material when deciding upon the correct material handling equipment. This may seem a bit more simplistic than it is but, in general, it takes a lot of consideration when creating the specific product material flow. Additionally, there are a lot of choices when it comes to the equipment used to move material, store it and potentially assemble it.
Material handling equipment can be any apparatus that helps move, store, protect and even control material. The options seem limitless.
Categories of Material Handling Equipment
There are four generalized categories of material handling equipment. The first is wire container. Generally, it consists of the JP wire containers and EU mesh containers.
The next category of material handling equipment is any roll container. 
The third category of material handling equipment consists of pallet containers. 
The last material handling equipment category refers to storage racking systems.
Determining the Right Container for Material Handling
When companies purchase containers for material handling, they tend to shop based on container type, size and availability. The size of the container depends on required holding capacity and the footprint of shop storage space. This is generally the starting point for many purchasing departments who receive specifications from their shop personnel for container use.

Pallet racks have played an essential role in maximizing storage capacity at warehouses and distribution centers for decades. An important part of industrial pallet racking design is the selection of rack decking, which acts as a base for storing cases or non-palletized items in conjunction with palletized products. By increasing the number of contact points between the product being stored and the storage media, decking reduces the chance of products falling – increasing overall warehouse safety. Naturally, not all decking solutions are created equal. One of the most versatile and popular choices, and the topic of this article, is wire decking.
If you’ve decided wire decking is the best option for your warehouse or distribution center, you still need to decide which options will work best. Below are 4 things to consider when selecting the best wire decking for your application.
1. What are you storing?
The most important factors when selecting wire decking are the weights and overall dimensions of the products that will be stored on it. Unless specifically designed to do so, wire decking is not intended to support the full weight of a pallet (point load) and can warp or collapse under the pressure. This creates a significant safety risk and is one of the most common mistakes we see in the field.
2. How will you be using your wire decking?
Will you be storing full pallets, individual pieces of equipment, or loose cases? Pallet racking can accommodate all the above, but it is important you consider the overall use of decking in your design. One very common use of wire decking is the storage of individual cases. Some companies refer to this as “hand stack”. If this is your intended use, you should consider increasing the density of the wire mesh grid. Standard grid densities are typically 2”x4”, 2.4”x4” or 2.5”x4.5”. When “hand stacking,” consider selecting a grid size of 1”x2” or 1”x4”. There are also design enhancements that can be incorporated into wire decking to help with your specific application. For example, the 90-degree turn at the front and rear edges of the wire deck, called waterfalls, can be configured upwards to help prevent products from sliding off the deck. There are also different accessories like dividers that clip onto the wire deck itself to help with organization. If your intended use is order picking, you could also consider sloping the wire decking to make it easier to access products.
3. In what type of storage media will the wire decking be going?
Are these wire decks for bulk shelving or pallet box? If the answer is pallet racking, is it roll-formed or structural? Manufacturers can differ slightly on the overall dimensions of their beams (horizontal members) and uprights (vertical members), so it’s important to check the sizing to ensure a good fit. Bastian Solutions has many years of experience working with all pallet racking manufacturers and can help in this selection process.
4. In what environment will the wire decking be going?
Is the wire decking going into a freezer or cooler? Will it be stored outside or in a facility where food is present? In most applications, a standard paint finish of backed on or powder coated enamel is fine. However, in environments where moisture or oxidation are concerns, galvanized or stainless steel should be considered.
Another consideration is whether wire deck channels should be inverted or flipped upside down. By inverting the wire decking channel, you can help mitigate the buildup of moisture, dust, dirt and other debris. This practice is commonly found in the food storage industry to promote a cleaner environment.

Amino acids function: building blocks of proteins
Proteins are of primary importance to the continuing functioning of life on Earth. Proteins catalyze the vast majority of chemical reactions that occur in the cell. They provide many of the structural elements of a cell, and they help to bind cells together into tissues. Some proteins act as contractile elements to make movement possible. Others are responsible for the transport of vital materials from the outside of the cell (“extracellular”) to its inside (“intracellular”). Proteins, in the form of antibodies, protect animals from disease and, in the form of interferon, mount an intracellular attack against viruses that have eluded destruction by the antibodies and other immune system defenses. Many hormones are proteins. Last but certainly not least, proteins control the activity of genes (“gene expression”).

This plethora of vital tasks is reflected in the incredible spectrum of known proteins that vary markedly in their overall size, shape, and charge. By the end of the 19th century, scientists appreciated that, although there exist many different kinds of proteins in nature, all proteins upon their hydrolysis yield a class of simpler compounds, the building blocks of proteins, called amino acids. The simplest amino acid is called glycine, named for its sweet taste (glyco, “sugar”). It was one of the first amino acids to be identified, having been isolated from the protein gelatin in 1820. In the mid-1950s scientists involved in elucidating the relationship between proteins and genes agreed that 20 amino acids (called standard or common amino acids) were to be considered the essential building blocks of all proteins. The last of these to be discovered, threonine, had been identified in 1935.

Chirality
All the amino acids but glycine are chiral molecules. That is, they exist in two optically active asymmetric forms (called enantiomers) that are the mirror images of each other. (This property is conceptually similar to the spatial relationship of the left hand to the right hand.) One enantiomer is designated D and the other L. It is important to note that the amino acids found in proteins almost always possess only the L-configuration. This reflects the fact that the enzymes responsible for protein synthesis have evolved to utilize only the L-enantiomers. Reflecting this near universality, the prefix L is usually omitted. Some D-amino acids are found in microorganisms, particularly in the cell walls of bacteria and in several of the antibiotics. However, these are not synthesized in the ribosome.

Acid-base properties
Another important feature of free amino acids is the existence of both a basic and an acidic group at the α-carbon. Compounds such as amino acids that can act as either an acid or a base are called amphoteric. The basic amino group typically has a pKa between 9 and 10, while the acidic α-carboxyl group has a pKa that is usually close to 2 (a very low value for carboxyls). The pKa of a group is the pH value at which the concentration of the protonated group equals that of the unprotonated group. Thus, at physiological pH (about 7–7.4), the free amino acids exist largely as dipolar ions or “zwitterions” (German for “hybrid ions”; a zwitterion carries an equal number of positively and negatively charged groups). Any free amino acid and likewise any protein will, at some specific pH, exist in the form of a zwitterion. That is, all amino acids and all proteins, when subjected to changes in pH, pass through a state at which there is an equal number of positive and negative charges on the molecule. The pH at which this occurs is known as the isoelectric point (or isoelectric pH) and is denoted as pI. When dissolved in water, all amino acids and all proteins are present predominantly in their isoelectric form. Stated another way, there is a pH (the isoelectric point) at which the molecule has a net zero charge (equal number of positive and negative charges), but there is no pH at which the molecule has an absolute zero charge (complete absence of positive and negative charges). That is, amino acids and proteins are always in the form of ions; they always carry charged groups. This fact is vitally important in considering further the biochemistry of amino acids and proteins.

What are vitamins, and how do they work?

Vitamins are organic compounds that people need in small quantities. Most vitamins need to come from food because the body either does not produce them or produces very little. Each organism has different vitamin requirements. For example, humans need to get vitamin C from their diets — while dogs can produce all the vitamin C that they need.

For humans, vitamin D is not available in large enough quantities in food. The human body synthesizes the vitamin when exposed to sunlight, and this is the best source of vitamin D. Different vitamins play different roles in the body, and a person requires a different amount of each vitamin to stay healthy.

This article explains what vitamins are, what they do, and which foods are good sources. Follow the links in blue below for more information about each vitamin. Vitamins are organic substances present in minute amounts in natural foodstuffs. Having too little of any particular vitamin may increase the risk of developing certain health issues. A vitamin is an organic compound, which means that it contains carbon. It is also an essential nutrient that the body may need to get from food.

Fat-soluble vitamins
Vitamins A, D, E, and K are fat-soluble. The body storesTrusted Source fat-soluble vitamins in fatty tissue and the liver, and reserves of these vitamins can stay in the body for days and sometimes months. Dietary fats help the body absorb fat-soluble vitamins through the intestinal tract.

Water-soluble vitamins
Water-soluble vitamins do not stayTrusted Source in the body for long and cannot be stored. They leave the body via the urine. Because of this, people need a more regular supply of water-soluble vitamins than fat-soluble ones.

A moisture balance, also called a moisture analyzer, measures the amount of moisture in a substance. This is particularly helpful in food processing lab consumables as the amount of moisture can be an indicator of freshness and quality for some foods. These analyzers are also commonly used in environmental, pharmaceutical, and materials science labs. There are several techniques that may be used to measure moisture. Some techniques used include measuring water vapor released following combustion of the sample, measuring the difference in weight after removal of moisture from the sample, and measuring the equilibrium of water vapor of the sample in a closed system. Some things to take into consideration when purchasing a moisture analytical balance include capacity, precision, speed, method of measurement, software, and whether the samples to be measured come in solid or liquid form.

Moisture analyzers, sometimes called “moisture balances”, are used to measure the moisture content in various types of samples including solids, liquids, and gases. Trace moisture in solids must be controlled for plastics, pharmaceuticals and heat treatment processes. Gas or liquid measurement applications include dry air, hydrocarbon processing, pure semiconductor gases, bulk pure gases, dielectric gases such as those in transformers and power plants, and natural gas pipeline transport.

Due to the slow pace of traditional and manual laboratory moisture testing methods, automated moisture analyzers have been developed and can reduce the time necessary for a test from hours to just a few minutes.

Moisture analyzers are utilized in different industries for many different purposes. They can be used in food industry to control the moisture. Excess amount of moisture in food may lead to staleness or bacterial growth. Furthermore, there are many food items which are sold by their weight; thus, it is important to make sure customers aren’t overpaying for water weight. On the other hand, too little moisture can reduce the calorie count or make the food dry. Moisture is an important factor affecting the consistency, taste, shelf appearance and many other factors in food.

Moisture analyzers, as industrial weighing scale, are also frequently used in quality control and other laboratories. Moisture analysis is used in many fields to determine the water content in crude oil, fuel, sewage sludge and many other chemicals, solids and liquids.

Most moisture analyzers have a computer interface to assist with the observation and analyse in the drying process and its effects on the sample. They have the capacity to save the tests in their memory to repeat frequent testing parameters without having to set them up over and over again to assist with the elimination of down time.

How moisture analyzers work
Moisture analyzers utilize Loss On Drying (LOD) method to measure moisture. In this method, the moisture analyzer weighs a sample, heats it up to dry it, and weighs it again once it’s dry. The weight after drying is subtracted from the weight before, so the loss of moisture is determined using the loss of mass.

The heat generating system can vary from analyzer to analyzer. Some moisture analyzers use halogen and some use infrared or glass-free metal heaters positioned above a precision electronic balance. Halogen moisture analyzers are quick, efficient and responsive. These types of moisture analyzers are ideal to use where there is no single setting that heats all samples evenly.

Density balances decide the density in liquid and solid materials as per the buoyancy method. Density balances are mainly electronic, maintain accuracy and beneficial to know the density in ceramics, glass, rubber, plastics, sintered metals and other non-metallic materials.

The method of density determination, like textile balance, is denoted by high veracity and quick results. Liquid Density is measured via the buoyancy test with the glass element. On the other hand, the density in solid materials is decided by using the weight and volume of a sample.

In Density Balances, the weighing unit determines the weight. The density of the Liquid must be ensured prior because the volume is obtained when the pressure of the sample is put in the liquid.

The process of selecting chromatography sample vials for your laboratory can be complicated because there are many factors to consider as well as numerous options to choose from. This article offers guidance by providing an overview of chromatography vial options and how each can suit specific needs.

When choosing a chromatography vial, the product material is of paramount importance. Depending upon the use, either glass or plastic testing vials may be best. Begin by considering the facts and benefits regarding glass ultra clean vials.

Glass Vials
Glass vials are pure, meaning they have no traces of contaminants within their components, for example metal, which could potentially interfere with an experiment. Glass is also heat resistant, which is vital because glass chromatography vials may be heated to over 500 degrees Celsius. That makes glass vials a common choice for many labs.

Plastic Vials
Plastic vials have their own set of specifications and benefits. It is important to note that the type of plastic makes a difference in the storage vial and its uses. Plastic vials can be made of either polypropylene or poly methyl pentene (PMP). Polypropylene is the most popular plastic material available. To put it in perspective, the recyclable containers you store your dinner leftovers in are commonly made of this as well as the plastic lid on a box of Tic Tacs. Polypropylene vials have a heat resistance of up to 135 degrees Celsius, are translucent and are used commonly in chromatography experiments.

PMP has a higher heat resistance—up to 175 degrees Celsius—and is transparent, which increases visibility of the sample within the vial. Aside from scientific uses, PMP is used in the making of cookware, microwave components and even some windows.

Plastic vials provide the benefits of good chemical resistance, light weight construction, durability and affordability.

Home security cameras keep watch over your home from both inside and outside, acting as an extra pair of eyes and ears to monitor your property. In this guide, we'll look at the benefits of installing indoor and outdoor security cameras, from their potential to deter criminals to other applications such as pet and baby monitors. We'll also explore the necessary and optional features of security cameras, as well as their drawbacks. Finally, we’ll discuss some of the other ways to protect your home if you’re not sure about installing cameras.

What Are the Benefits of Home Security Cameras?
Peace of mind is one of the main benefits of security cameras, whether you choose to install cameras that are wired or wireless. They can increase your home security by letting you check in on your property from wherever you are, see a live feed of your home on a smartphone or computer, and get immediate alerts of any unusual activity.

While the number of burglaries in the U.S. continued to decline recently, the value of the property stolen increased in 2018 to $2,799 (the most recent year for which this information is available). These studies indicate that although burglary rates are dropping, more valuable items are being stolen. This makes home security cameras an important tool in our home protection kit, as they can help with recovery as well as detection.

Security cameras are recognized as an excellent deterrent to criminals. The experts we spoke with don't recommend relying solely on cameras for security, saying a complete home security system is the best defense. However, cameras are still important. “If I had to choose, I would go with an alarm system over a camera system first,” says Jordan Frankel, vice president of security consulting firm Global Security Experts Inc. “But I do think cameras are a great addition, primarily because they're a psychological deterrence. A bad guy sees the camera and may skip your home and move on to an easier target.”

Research backs this up. A study of incarcerated burglars by the University of North Carolina at Charlotte’s Department of Criminal Justice and Criminology showed that indicators of increased security, such as outdoor surveillance cameras, were considered by most burglars when selecting a target.

Home security cameras aren’t just useful for policing your property; they’re also helpful for keeping an eye on children and pets when you can’t be there. A security camera with facial recognition by your front door can send you a push notification saying, “John is at the front door,” so you know your child is home safely. Two-way audio on indoor cameras can act as an intercom, allowing you to see and talk to your family when you’re not home.

For more on the benefits for home security cameras check out How to Buy Home Security Cameras and How Home Security Cameras Work.

What Are the Drawbacks of Home Security Cameras?
Privacy is a big concern when putting cameras around your home. “Whatever it records is technically on the internet forever,” says David VanWert, a home technology consultant and founder of VanWert Technology Designs Inc. “Once it's stored in the cloud, in theory, it never goes away.” But as VanWert points out, you likely already have a number of devices in your home with cameras that can record what you’re doing, such as smartphones and computers. There are steps you can take to minimize the security and privacy risks of installing security cameras, however. If you're concerned, consider only installing cameras on the outside of your home, and don’t put them in personal spaces such as bedrooms.

Liability can be another drawback. “If you;re just watching your own property, you’re probably fine,” says Jeff Welch, a former corrections officer and founder of Grab The Axe security consultants LLC. “But if your neighbor believes or has evidence that you have one pointed towards his bedroom window or front door, then you have an issue on your end for liability for their privacy.”

Also, if you record someone’s conversation without their knowledge – even on your own property – you could be breaking the law, depending on where you live. Denise Howell, an internet and technology lawyer, says that under federal law, as long as you’re a party to the conversation and you consent to it being recorded, it doesn’t matter what the other parties think. However, several states have two-party consent laws that make it illegal to record audio conversations without the consent of everyone involved. Plus, it’s almost always illegal to record a conversation if you’re not participating in it at all. A good rule of thumb is to let any visitors know when they are being recorded and consider posting notices on your property indicating it’s being surveilled by audio and video recording technology. Additionally, specific features such as facial recognition (found on Nest cameras) are illegal in some states. Check the applicable laws where you live.

Another drawback is that home security cameras can be costly. While their prices have come down a lot in recent years, to outfit your entire property with security cameras can cost thousands of dollars. Additionally, these high-value items on the outside of your house can be a target for theft themselves.

Are Home Security Cameras Good for Home Protection?
A home security camera system is an excellent tool for home protection, and it can work both as a deterrent and a recovery tool. Burglars are wary of properties with visible security cameras. Plus, if a crime does occur, security cameras can help gather evidence. From property damage to potentially identifying criminals who break in, if you capture the action on camera, you're more likely to be able to remedy it.

If you want to be able to identify cars, people, and other moving objects, it’s worth investing in a camera with super or ultra-high definition video (2K or 4K, respectively). This technology uses more pixels in the image, meaning you can zoom in to see more detail on license plates and identify more physical characteristics. An HD or full HD camera won’t get you that type of clarity, especially at night.

Ultimately, home security cameras work best to protect your property when they're integrated with a home security system. To save their batteries, wireless security cameras only start to record when they detect motion, which means they may not record everything you'd want them to. With a home security system, cameras, especially mini camera, can be set to start recording as soon as any part of the security system is triggered, such as a contact sensor, a glass-break sensor, or a motion sensor. This makes it more likely the cameras will record everything that’s happening on your property and not just the few seconds of motion that occurred right in front of them.

For more on home security systems, read our guide to Best Home Security Systems of 2021.

What Are the Most Important Home Security Camera Features?
First, decide whether you want your home security camera to record footage continuously or based on a trigger, such as motion. Recording continuously will make sure yo don't miss anything, but it will require a lot of Wi-Fi bandwidth and isn't suitable for battery-powered wire-free cameras. The footage should be stored either on the camera itself or on a cloud-based server where you can access it for a period of time. The camera also should alert you to motion by sending a notification to your smartphone or tablet and quickly deliver clear, good-quality video of the event. “Any camera that can record footage at full high definition or above is going to be good,” says VanWert. “Some can record at 4 and 5 megapixels, and then you’re talking about 4K resolution. It depends on what level of detail you're looking for, such as whether you want to be able to zoom in on your camera and see a license plate.”

The power source is another key feature of a security camera. If you're buying a wireless camera, look for one that's powered by batteries or AC (which means it plugs into a wall outlet). AC power is preferable but not always available where you want to install a camera. As a result, the ability to use both allows for maximum placement flexibility.

What Are Less Important Home Security Camera Features?
Continuous video recording, also called 24/7 recording, is a luxury that you most likely don’t need. Unless you want to record every moment of the day on your property, you can skip this feature, which can be expensive on wireless indoor surveillance cameras and uses a lot of Wi-Fi bandwidth and internet data.

Another feature you probably don't need is an extremely wide field of view, which can distort the image. A 130-degree field of view is usually sufficient.

Finally, modern Wi-Fi security IP cameras have a host of smart features to give you more detailed information about what’s going on in your home without you having to pull up the video feed. These software-based features tend to increase the price of the camera and aren't essential, although they're nice to have. They include features such as person detection, which allows the camera to alert you that a person is on your property, rather than just telling you motion was detected. The ability to set activity zones means the camera will only notify you about motion in a certain area of the image (ignoring, for example, a tree that frequently blows in the wind). Other nice-to-have smart features include the ability to work with smart home systems, such as Amazon’s Alexa Google’s Assistant and Apple’s HomeKit, and to integrate with smart door locks to allow for secure in-home deliveries.

What Are the Privacy Concerns of Home Security Cameras?
Cameras can record video all the time or when they detect motion, which means every time you or someone else walks into your garden or past your video doorbell. Before installing cameras in and around your home, make sure every member of your household knows they're there and is comfortable with them. Cameras can be hacked, with your footage monitored or even posted to the internet. However, the measures we discuss in How to Keep Your Security Cameras Safe will reduce this risk considerably.

We strongly recommend that you enable any built-in privacy features that the camera offers, and it can be perfect as baby monitor. For example, cameras can be turned off in the mobile app or geofencing technology can turn them off automatically when someone in your family with a smartphone is home.

What Are Some Uses of Home Security Cameras Besides Preventing Burglary?
Today’s home security cameras, including outdoor surveillance camera, are multifunctional and can be used for much more than just monitoring your property for intruders. Here are just a few other uses for home security cameras:

Baby Monitor: Set up an indoor camera in your baby’s room and view a live feed wherever you are, as long as you have an internet connection. You’ll need a camera capable of recording 24/7 and it will need to be plugged in, but as long as it has two-way audio and will send alerts on sound or motion it will work as a reliable monitor.
Pet Cam: Indoor, outdoor or other cameras can be used to keep an eye on your dogs, cats, chicken coop, or bunny hutch. Some cameras can specifically alert you to the noise of a dog barking so you can talk to your pet with a two-way talk feature.
Wildlife Cam: Place a battery-powered camera with night vision capabilities at the end of your garden and keep an eye on destructive deer or predatory raccoons, or enjoy the sights and sounds of nocturnal nature on your property.
Smart Home Trigger: If you have other smart home devices in your home, your camera, or action monitor, can be linked with them so they can respond automatically. For example, the motion sensor in an outdoor camera can turn smart lights inside if it detects motion in your driveway when you come home.
What Are Some Other Ways to Prevent Burglary?
One of the most effective ways to prevent burglary is to install a home security system with door and window sensors and a connection to a monitoring station, so the authorities can be notified even if you're not there. Less expensive ways to prevent burglary include installing basic physical security devices such as padlocks, door and window locks, grates, bars, and bolts on any accessible entries. “If you have a limited budget, focus on physical security devices, such as a security door brace that prevents a door from being kicked, says security consultant Frankel. Another option is to apply clear security film to windows to make them shatter-resistant.

Light is also a good deterrent. Outdoor lighting, motion-activated or programmed to come on at sunset and turn off at sunrise, can keep your home illuminated and make it harder for a thief to stay out of sight. Keeping your landscaping tidy and trimmed will help remove potential hiding spots.

Maintaining signs of occupancy even when you are gone can help deter potential thieves. Some ways to do this include using automated shades and programmed smart lighting to simulate someone being home, and making sure to cancel any newspaper or package deliveries when you're gone. A loud (although not necessarily large) dog is also a great deterrent.