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How Are You Using Silicone in Everyday Life?

How Are You Using Silicone in Everyday Life?

When most people think about the silicone items in their home, kitchen utensils such as cake form, scrubbers, gloves, spatulas and non-stick products usually come to mind. However, there are a range of unusual and unexpected items in your house that are enhanced by including silicone, constantly improving our way of life. Here are a couple of ways silicone makes its way into your household:

It’s literally surrounding you

Silicone is used in building and construction, able to bond materials such as concrete, glass, granite, steel and plastics, enabling them to work better and last longer. These silicone sealants can absorb pressure and movement within engineering, allowing for more innovative architectural designs. It also helps protect materials and joints from moisture, heat, corrosion, sunlight, ultraviolet radiation, pollution and other chemicals.

You’re looking at or holding silicone right now


Yet another industry in which silicone has a firm footing is in electronics. From copier rollers to keyboards to keypads to LED lighting and technology, silicone is a widely used material. Silicone does not conduct electricity while offering high thermal stability, which are two qualities that help make it an ideal choice in material for many electrical applications. Silicone plays a huge part within
 the electronics industry.  

Silicone is a semi-conductor, meaning that it can conduct electricity only in certain conditions and acts as an insulator under others. These characteristics make it an ideal material for making transistors that amplify electrical signals. Coatings for electrical products, such as keypads, keyboards and copier rollers, as well as the hard coatings for computers, facsimile machines, telephones and home entertainment equipment are all made from silicone. 

It’s not just silicone spatulas in your kitchen

Silicone is great for cooking utensils, as it has no odor and can go from the freezer to the oven, microwave or dishwasher without affecting the quality of the product or the food, however it is used in other aspects of your kitchen too. Household cleaners and polishers often include silicon to enhance shine and spread easily.

Use a car to get to work every day?

Silicone adhesives and coatings ensure that vehicle exteriors are more resistant to rain, wind, salt, abrasion, ultraviolet radiation and chemicals. Joints last longer and overall maintenance and repair is less costly. Silicone is used in a huge range of car parts, such as airbags, hydraulic bearings, ignition cables, shock absorbers and headlamps.

Do you use a spacecraft, airplane, high-performance automobile, submarine, or boat? Perhaps you don’t regularly, but we’d be surprised if you’ve never used one of the aforementioned vehicles at least once in your life. If you have, you should know that silicones offer durability, adhesion, and general strength required for these vehicles to function. In terms of silicone adhesives, vehicle exteriors which utilize silicone will be more resistant to environmental factors like salt, radiation, common chemicals, rain, wind, and general abrasion. This has the net effect of fewer repairs and therefore lower costs in terms of upkeep.

Beyond that, silicones are used in a wide range of vehicular parts, including silicone hoses, engine gaskets, shock absorbers, cushioning, airbags, ventilation flaps, and hydraulic bearings.

You might be wearing it

Silicone is used in a variety of make-ups, cleansers, shampoos and other personal care products to improve shine and texture.

 

 

 Silicones are commonly used in the world of personal care products and cosmetics. Because silicone is non-toxic and so versatile in function, it can be used to make a great number of cosmetic products more attractive and useful. To the former point, silicone is used to improve the smooth texture, luster, and shine of personal care products. In deodorant, they help reduce the appearance of white residue while making a variety of other shaving creams, shampoos, and lotions more long-lasting and effective.

Restoration Projects

Silicone is truly an amazing material, in case you haven’t figured that out yet. It’s being used in premium paints to help prolong the lifespan of the exterior coatings on houses, commercial structures, and even vehicles. But beyond that, silicones are also used to restore landmarks and other historical buildings without harming the original material’s integrity. The silicone adhesives are used to increase the strength and durability of specific structural joints while also improving the water-repellant functionality of materials like limestone or sandstone — both of which are quite porous without treatment.

Interesting Facts about Silicone

 

 

We will now provide you with an assortment of interesting, fun, and practical (if not arbitrary) facts about silicone. Some of these you might find superfluous and common, but others might literally change your life forever. How could something like that be so? Well, you’ve got to keep reading to find out.

Silicone is not Silicon

Let’s start with a basic distinction: silicone is not silicon, and silicon is not silicone. Silicone is a synthetic substance whereas silicon is a natural chemical element that can be found on the periodic table (it’s the 14th element, in case you were wondering). Silicon, as it turns out, is one of the most abundantly found elements in the Earth’s crust, trailing only oxygen. It’s a metalloid, which means it contains both metals and nonmetals.

Silicone is a synthetic polymer

Silicone is a synthetic polymer that is comprised of oxygen, silicon (wouldn’t you know it), and other elements like hydrogen and carbon. It’s plastic with some flexibility to it.

Silicone is used in a wide variety of applications

Silicone is used in a wide variety of applications (a fact that keeps us in business!). Due to its low levels of toxicity, capacity to resist high heat, electrical insulation, and relative cost-effectiveness to manufacture, you can find silicone being used in a great many industries.

Silicone uses

Speaking of silicone uses, it’s often used in plumbing pipes, automotive parts, implants, bandages, contact lenses, cosmetic and personal care items, oven mitts, cookware coatings, electronic-product casings, and the list goes on.

Cost-effectiveness

In the energy sector, silicone helps better the performance, general efficiency, and durability of solar panels. Because the use of silicone helps solar panels last for many more years than alternative materials, its application helps improve the overall cost-effectiveness of using solar panels and photovoltaic devices.

Silicone-enhanced Coating

Interestingly enough, silicone is being used in novel kinds of paint to enhance the durability of whatever building or vehicle on which they have been applied. This silicone-enhanced coating helps the paint endure extreme temperature changes, decreasing the likelihood of eventual cracking.

Silicone in Construction

In the field of construction, silicones help with the building of both commercial and residential buildings. The use of silicone helps architects construct energy-efficient structures, whereas more common uses include utilizing silicone sealants and caulks to prevent harmful bacteria and moisture from taking hold.

Spreadability

We mentioned silicone being a part of many cosmetic and personal care products above, but do you know to what extent? From shampoos to shaving creams to lotions, sunscreens, and cleansers, it’s fairly commonplace at this point. The reason for this near ubiquity is that silicone, unsurprisingly at this point, improves the long-lasting nature of a variety of products, helping them keep their color, shine, or what have you. It even helps products with their “spreadability,” if that’s a word!

Silicone in Sporting Goods

In the world of sporting goods, silicone has a presence too. The most common use of silicone is a remarkably practical one; it is used to seal goggles and diving masks. It’s also currently being used by innovators looking to develop new sporting apparel that is durable, water repellent, and lightweight — all while staying breathable.

Eco-friendly

The majority of silicone elastomers and fluids are recyclable. Of course, they last decades upon decades in most circumstances, so you don’t have to worry about throwing them in the recycle bin any time soon!
Some silicones can repel water while, remarkably, other silicones can absorb it.

Durability and Convenience

Silicone is so durable that many of the structural silicone sealants that were used in buildings over 30 years ago still maintain their credibility to this day!

Think of the most fluffy towels you’ve ever touched in your life. It was a life-altering experience, yes? Well, wouldn’t you know it, you have silicone to thank for such a velvety texture. The most fluffy towels made are done so with the addition of silicone to help them be especially absorbent and supple.

 

Resources

https://www.tcb-arrow.co.uk/how-are-you-using-silicone-in-everyday-life ,https://www.siliconehose.com/blog/how-silicone-impacts-your-daily-life/,https://www.siliconehose.com/blog/fun-interesting-and-practical-facts-about-silicone/

Is Silicone Food-Safe?

Is Silicone Food-Safe?

Silicone (or polydimethylsiloxane) is a man-made polymer and the product of Silica and Carbon when heated together at high temperatures. Silicone is a completely synthetic rubber, and a relatively hybrid material as it formed from organic compounds of Hydrogen and Carbon, known as hydrocarbons. 

Silicone-based rubber products are characterised by a number of key properties, including; 

  • High and low heat resistance
  • Chemical Resistance
  • High Compressibility
  • High Elasticity
  • Water Repellency

 

Silicone can be transported from the temperature of a freezer to that of a hot oven without undergoing any structural changes which may affect its performance as a mold.

The number of silicone applications encountered in everyday life is incredible. From aeroplane engines to swimming goggles, silicone seals and coatings are found in just about every corner of consumer life. The impressive chemical, thermal and mechanical properties of silicone makes the material highly durable and so it is little wonder that it has been widely adopted by a range of industries, not least the food industry.

Food Safety

The FDA (Food & Drug Administration) is responsible for regulation of the food and pharmaceutical  industries, in order to protect the public from food and drug hazards. Although the FDA is a body of the US government, and its jurisdiction only applies in the United States, its principles and regulations are adopted as a recognisable worldwide standard. 

 

Silicone’s resistance to temperatures and chemicals ultimately means that it does not react with foodstuffs or any other media encountered in the process line. The use of silicone sealing therefore does not result in any hazardous byproducts which could adversely affect the health of the workforce or end consumers. This is important when consider silicone as a ‘food-safe’ material.

However, according to their Food Code, a material is only considered ‘food-safe’ if it is FDA-compliant, which means ‘acceptable to the regulatory authority [FDA] based on a determination of conformity with principles, practices and generally recognized standards that protect public health’. Whilst the characteristics of silicone makes it highly durable and resistant, there is no automatic universal ‘approval’ of all silicone products or manufacturers. 

What Is Food Grade Silicone?

Food grade silicone is a type of silicone that is safe for use with foods. The silicone is used frequently in making molds to use for food that begins as liquids and solidify. It is nontoxic; does not stain food, dishes or cookware; is easily removed from cast objects; and is safe for use on various plastic objects. 

Uses and Forms

Food grade silicone is often used to make molds of nonfood items for later use as molds to cast food items into the shape of the initial nonfood item. The molds are used for making shapes out of chocolates, butter, gelatin, cheese and candies. Food grade silicone is also used in food processing and packaging to keep foods from coming into contact with unsanitary surfaces while being transported across assembly lines. Hunters and butchers use lubricant food grade silicone to prevent rusting in grinding and cutting machines because it is safe for consumption.

Food grade silicone can be found in various forms to make it more practical for the different uses and jobs it is capable of taking on.  

 

Found in a tube, food grade silicone often resembles cake icing and can be squeezed onto the objects to be molded. It may also be found as a thinner liquid, which will need to be mixed and then poured over the cast objects. Some food grade silicone can be found in a thick consistency much like clay; this type is used for small, typically flat objects that can be pressed into the silicone to create the mold. Another form of food-grade silicone is the aerosol or liquid form used primarily as a lubricant in food packaging and to protect the food from the introduction to toxic or unclean conditions.

Warnings

Food grade silicone, as an aerosol or liquid, is flammable when exposed to direct flame, so this type should be avoided in applications requiring such exposure. Food grade silicone in clay-like form and those used to make molds are registered for safe use in temperatures up to 450 degrees Fahrenheit. Users should read specific instructions for each type in order to use them properly and without problems.

Time Frame

The amount of time it takes food grade silicone to solidify for use as a mold depends on the type of silicone (poured, squeezed from tube or clay-like) and the brand of silicone. Many will set in just a few hours, while others will take only a few minutes. Some may need to set in room temperature, while others can be placed in the freezer for a quicker setting. 

Why choose Silicone over plastic?

  • Plastic are made with carcinogenic and endocrine/hormone disrupting chemicals that in certain amounts can cause adverse effects whilst silicone is chemically inert, so non-toxic and will not leach into food or drink.
  • Plastic whilst it can last a life time (actually on average 450 years) is prone to damage such as scratches and cracks with items often being disposed of with-in a few years. (We’ve all owned a plastic sandwich/tupperware box, they never lasted very long before the lid cracked or the container became discoloured!) Silicone is a more durable, flexible material being able to withstand extreme temperatures with out degrading.
  • Plastic due to scratches on the surface can harbour germs, silicone is hypoallergenic and will not harbour bacteria.

 

Resources

https://www.prepol.com/news/restricted-news/is-silicone-food-safe, https://www.ehow.com/about_5317912_food-grade-silicone.html,https://bluebrontidesblog.wordpress.com/2017/03/01/is-food-grade-silicone-safe/

Benefits of Silicone Utensils and Bakeware

Benefits of Silicone Utensils and Bakeware

A huge variety of silicone products are available for the kitchen including potholders, spatulas, whisks, universal silicone lid and many other utensils made of metal with silicone coatings. There are also a huge range of bakeware and storage items such as rolling pins, ice cube trays, springform baking pans, muffin pans, bread tins, cupcake bakers and many more. The main advantage of silicone goods are that they are flexible and have non-stick surfaces. This makes extracting the cooked cakes and muffins much easier to do. Silicone pans and utensils are very easy to clean as food does not stick to them or baked on remnants are very easy to remove.

Silicone bakeware has been promoted as the environment friendly replacement for disposable containers such as cupcake papers and baking paper and are generally much easier to use.

 

 Silicone bakeware It can go directly from the freezer to the oven, and from oven to freezer. Silicone goods are safe in the microwave safe, and are very easy to clean. While silicone bakeware does not generally require rubbing with oil or butter, it is still a good idea to prevent sticking and making the baked goods much easier to remove. Spray oils are a good idea. 

One of the big advantages of silicone kitchen utensils is their resistance to damage by heat. Silicone utensils can resist temperatures up to 400 degrees Fahrenheit. So no more burning wooden spoons or other items you happen to leave in the pot or frying pan. The silicone utensils won’t usually melt if you accidentally leave them in a pan or pot while cooking.

 

 Silicone utensils are much easier to clean and maintain. They can be safely washed in the dishwasher or hand washed using soapy water and a brush. Silicone kitchen utensils are also very hard to stain and so they always look new with their vibrant colors. 

Silicone kitchen utensils do scratch, but it does not matter as it does not make them any harder to keep clean. Some simple precautions are needed to stop scratching your silicone utensils and bakeware. Unlike non-stick coasting, where a few scratches can ruin them, silicone goods are not really affected by scratches. 

Are Silicone Kitchen Utensils and Bakeware Safe?

There is not a lot of detailed information available on silicone and health. Silicone is a synthetic rubber polymer created by combining silicon with carbon, hydrogen, oxygen, and sometimes traces of other elements. Silicon is a widespread natural element that is very abundant in sand and rock and so we are all exposed to it all the time. You could eat large pieces of silicone without any harm.

 Food-grade silicone has been classified as safe by various food standard boards throughout the world. The US Food and Drug Administration (FDA) has approved food-grade silicone for use without qualification for all foods, both for storage and cookingSome concern has been expressed about chemicals sometimes used as fillers and colors in cheaper grades of silicone bakeware and utensils. It is wise to choose products from reputable brands and to always read the labels. Silicone is not toxic to terrestrial, aquatic or soil organisms or to plants. It is not a hazardous waste when disposed of. It is not biodegradable, however, it can be recycled and can be used for many years and can replace many disposable alternatives.

 Food-grade silicone has been classified as safe by various food standard boards throughout the world. The US Food and Drug Administration (FDA) has approved food-grade silicone for use without qualification for all foods, both for storage and cookingSome concern has been expressed about chemicals sometimes used as fillers and colors in cheaper grades of silicone bakeware and utensils. It is wise to choose products from reputable brands and to always read the labels. Silicone is not toxic to terrestrial, aquatic or soil organisms or to plants. It is not a hazardous waste when disposed of. It is not biodegradable, however, it can be recycled and can be used for many years and can replace many disposable alternatives.

 

Silicone is also widely promoted as being inert and stable without any taste or odor. It does not cause any tainting odors or affect food quality provided it is not burnt by exceeding the maximum recommended temperature. Check the labels, but the general maximum temperature is about 220 degrees C or 428 degrees F. It is safe for use in microwaves and dishwashers and can be used to store foods in the refrigerator and freezer.

What To Look for When Buying Silicone Utensils and Bakeware

Ensure the silicone goods you buy made from properly certified food-grade silicone with approval from the Food and Drug Administration (FDA) or similar body. Be careful with some of the cheap imported goods.

 

Avoid silicone bakeware that has plastic fillers added to the mixture. These fillers are added to reduce the cost, but they are poor quality. Silicone cookware made with additives can crack easily and may have a much reduced less resistance than the certified pure silicone bakeware. Stated maximum temperatures lower than 220 degrees C or 428 degrees F, are sure signs the silicone has fillers added. The fillers can taint the food if heated to high temperature. You can check for fillers by reading the label or doing a bending test. Hold the bakeware and bend it. If you see a series of little white lines appear, the flexible bakeware probably has fillers.

 Look for substantial “sturdy” models of silicone utensils, rather than the very thin ones which bend too easily.

Tips for Using Silicone Utensils and Bakeware

Cleaning – Wash your silicone bakeware and utensils in warm soapy water by hand, but don’t use any abrasive cleansers and pads to remove remnant. Letting the items soak for a while will dislodge stubborn material. Don’t be tempted to scrub the silicone goods with steel wool or any type of metal-bristle brush. This will only scratch the surface. Silicone utensils and bakeware can also be washed in your dishwasher. It pays to remove any large food residues or bake on material first.

 

Pan Preparation – While traditional bakeware must be greased or line with baking paper silicone pans don’t need to be greased, but it is still a good idea to help the baked goods slip out more easily.

Removal of Food from Silicone Pans – To remove cakes allow the silicone baking pan to cool for about 10 minutes. the cake will shrink as it cools. Put a plate or wire wrack on top of the pan and turn over to release the cake. You can flip right-side up using another plate. Loaves of bread and muffins can be removed from the pans while still hot. Hold the silicone pan with a towel protecting your hands and flex the pan gently to loosen the baked goods from the sides and base. Gently push to indent the underside of the pan to loosen from the bottom. You may need a spatula to help ease the baked goods from the pans.

Safety Tips for Using Silicone Utensils and Bakeware

Oddly the bright colors and ease of cleaning silicone goods may itself be a trap. The items may be put away without being cleaned properly. They may appear to be clean but they are not. It only takes a very thin film to harbor bacteria. Always make sure your silicone bakeware are cleaned thoroughly and dried.

 

Similarly use of silicone utensils may often be a salmonella risk because people use them on raw chicken before cooking the food, rinse them off and then use the same utensils on the cooked chicken. This can lead to food poisoning. When in doubt plunge the utensils into boiling water to reduce the risk of contamination.

Other Tips for Silicone Utensils and Bakeware

  • To remove baked items –release with a silicone spatula – place a plate on top and turn the bakeware upside down. Twist it slightly while gently pressing down on the base. Silicone is very resistant to heat and so items with food in it can go from oven to freezer or from freezer to oven. So you can prepare foods beforehand, freeze and place them straight in the oven for cooking.
  • Do not slice the cooked items such as cakes and slices in the pans as the knives will slice into the silicone surface. The same applies to cooking utensils that are very easily scratched or cut by knives.
  • Silicone Bakeware and Utensils cook down very quickly. However, this can be a trap because the contents may be very hot. The wobbly nature of the pans and hot food makes it very easy to spill hot contents onto yourself. So always put a plate under the pan when removing from the oven and use oven mitts when handling the pans
  • Silicone bakeware and pans may make the cooking times shorter. So check frequently and make the required adjustments for future baking.
  • While silicone is heat resistant it will melt at very high temperatures. Do not be tempted to use silicone bakeware on direct heat sources such as hot plates, grill plates, barbecue racks or stove tops. The same applies to silicone utensils which will melt if they come into contact with hotplates.
  • Avoid using steel wool or other abrasive cleaning tools or chemical abrasives as they will damage the surface.
  • Place pans removed from the oven onto a cooling tray for ten minutes of so. This will allow the contents to pop out much easier.

Storage Tips for Silicone Bakeware and Utensils

 

  • Always dry the bakeware and utensils well before storing. Residues can harbor bacteria and can taint the food nest time they are used.
  • Silicone utensils and bakeware are best washed by hand in a sink filled with warm water with a squirt of mild dish washing liquid soap. Allowing the items to soak for a while will release any baked on residues. One good tip is to use a silicone utensil to remove any residues left on silicone bakeware. This will preserve the surfaces on both items.
  • Silicone pans and utensils are not porous, stain resistant and flexible and this makes them very easy to store and maintain
  • Silicone bakeware and utensils are safe to wash in the dishwasher, but baked on residues may be hard to remove and may have to be shifted by hand.
  • Despite being flexible the bakeware and utensils generally retain their shape well.
Resources

http://www.qnaguides.com/QA-Silicone-Kitchen-Utensils-Pros-Cons-Safety-Tips-What-to-Buy.html