Low-e glass provides excellent performance in situations where temperature separation is desired. Low-e is used to help energy saving requirements by blocking uv light and provide heat insulation. It is done with a special thin-film metallic and oxide coating. The coating prevents the passage of short-wave solar energy into a building also prevents long-wave energy produced by heating system and lighting from escaping outside.
Type of low-e glass:
Temper able high permeability and low radiation glass
High transmittance - single layer glass will be over 80% , good appearance , good lighting effect.
High solar transmittance - through the glass solar thermal radiation, shading coefficient >=0.5
High far infrared reflective and low heat transfer coeffici ent, exc
ellent thermal insulation p
Temper able shading and low radi ation glass
Moderate visible light transmittance, keep a suit light effect indoor and prevent part of light from out door
Lower solar transmittance coefficient.
High borosilicate glass food containers are convenient, you can pack them in your lunch bag, purse, backpack and more.The containers are durable and reusable for an eco-friendly solution to wasteful disposables.
Product features:
1.Good heat-resistance:baking temperature of glass from -40, 400 extremely up to 500.The thermal shock can be 120.
2.The containers can be used in microwave, fridge, oven, dish-washing machine.
3.Non-porous glass surface won't absorb odors or stains.
4.High transparency brings good view of inside.
Description :high borosilicate glass baking dish
Body material:high borosilicate glass
Container size: round: 7/8/9/10
Certificate:fda, lfgb
Sample:available
Moq:3000 pcs
Features:high temperature and low temperature resistant, easy to clean after baking
The advantages of high borosilicate glass baking dish:
1.Non-porous heat resistant glass. it won't absorb food odors, flavor or stains.
2. Higher resistance to mechanical shock: scratch resistant.
3. Extra resistant to thermal shock, the heat resistance up to 600
4. Higher hygienic performance
5. Can be used in oven, microwave, dishwasher and freezer.
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Description :high borosilicate glass baking dish
Body material:high borosilicate glass
Container size: 1.6l, 2.0l
Certificate:fda, lfgb
Sample:available
Moq:3000 pcs
Features:high temperature and low temperature resistant, easy to clean after baking
The advantages of high borosilicate glass baking dish:
1.Non-porous, heat, resistant, glass., it, won't, absorb, food, odors, , flavor, or, stains.
2. Higher, resistance, to, mechanical, shock:, scratch, resistant.
3. Extra, resistant, to, thermal, shock, , the, heat, resistance, up, to 600,
4. Higher, hygienic, performance
5. Can, be, used, in, oven, , microwave, , dishwasher and freezer
Sodium Lauryl Ether Sulfate 70%, also known as Sodium Laureth Sulfate, is abbreviated as SLES 70%.
SLES is a clear, light yellow, viscous fluid. It is one of the most important anionic surfactants, and salts of fatty alcohol sulfates.
It is an anionic surfactant that is used in hygiene products and cosmetic products as a cleansing agent, emulsifier, stabilizer, and solubilizer.
SLES easily dissolves in water, is compatible with many surfactants, and is stable in hard water. It is biodegradable with low irritation to the skin and eyes. SLES is produced by ethoxylation of dodecyl alcohol, which is prepared industrially from palm kernel oil or coconut oil.
Contact us today to explore how our SLES can meet your specific needs.
Used for the extraction of spices and essences and as a solvent. Ethyl butyrate can be used in daily chemical fragrance formulations, but the amount is very small. It is widely used in edible flavor formulations, such as bananas, pineapples, etc., and can be formulated with a variety of fruit flavors and other flavors.
In food preservative effect:
methyl paraben is internationally recognized as broad-spectrum efficient food preservatives,is widely used in soy sauce, vinegar and other spices, pickled products, baking food, sauce products, beverage, wine and fruit and vegetable preservation, etc,
This product is widely used in the anti-corrosion of medicine, food, textile industry and other fields such as cosmetics, feed, and daily industrial products.
Benzyl Chloride is an important raw material that mainly used in manufacturing dye intermediates, pesticides and phenmethyl plastics. It is also used as the synthesis of spices and intermediate of pharmaceuticals and other organics.
Quick Details
CAS No.:93-15-2
Other Names:1-ALLYL-3,4-DIMETHOXYBENZENE
Place of Origin:China
Type: Synthetic
Usage:Daily Flavor, Food Flavor, Industrial Flavor
Appearance:Liquid
Packing:G.I. Drum
Non calorie sweeteners, seasonings. Used for general food and health food. Suitable for use in combination with sugars such as sucrose in coffee, chocolate, gummy candies, beverages, cold drinks, desserts, baked goods, etc. It can improve the bitterness of certain amino acids, tannic acid astringency, caffeine bitterness, enhance dairy and cocoa flavors, and can also enhance the effect when used in spices.
Somatome has a better effect when mixed with other sweeteners. It has a synergistic effect with saccharin, AK sugar, and steviol glycosides, but the synergistic effect with saccharin and aspartame is not significant. Soma Sweet also has flavor enhancing properties
It has the effect of efficient foaming and steady bubbles and good conditioning and anti -static effects.
It has efficient thickening and is not affected by acid and hard water.
Widely compatible with other types of surfactants can significantly improve the comprehensive performance of the product.
Hydroxypropyl Methyl Celluloseare types of non-ionic cellulose ether, which are a powder of white to off white color, thatfunction as a thickener, binder, film-former, surfactant, protective colloid, lubricant, emulsifier and suspension and waterretention aid. In addition, there types of cellulose ethers exhibit properties of thermal gelation, metabolic inertness, enzy meresistance, low odor and taste, and PH stability.
Due to the myriad of properties, HPMC is often used to substitute many other additives with lower concentration, making HPMC anincredibly efficient and effective additive in area of adhesives, construction, foods, household products, pharmaceuticals and etc.
Main types:
According to the particle size, there are mainly 2 types:
1. 10~40 mesh;
2. 30~100 mesh.
Features:
1. Big solubility in water, alcohol and ether;
2. Among all the sour agents, CAA's acidity is the most accepted by human;
3. Water softening ability, it can combine the Ca2+ and other metal ions (except for alkali metal), and for the compounds (like Calcium citrate), their solubility in cold water is higher than hot water, which is a big advantage in detergent industry;
4. pH buffering ability;
5. Low toxic.
Bis(2-hydroxypropyl) Ether is commonly used as a plasticizer, an intermediate in industrial chemical reactions.
Properties: Dipropylene glycol is a kind of high purity product, suitable for flavor, cosmetics and other applications sensitive to odor. It is an odorless, colorless, water-soluble and hygroscopic liquid. Dipropylene glycol has a low vapor pressure and a moderate viscosity.
Application
Used in the manufacture of polyester resin. It is used as the solvent of cellulose acetate, cellulose nitrate, shellac varnish, castor oil, the component of fiber lubricant, and the preparation of plasticizer, fumigant, synthetic detergent, etc. In addition, dipropylene glycol can be used alone or in combination with diethylene glycol to extract aromatic hydrocarbons from hydrocarbons.
(1) Chemical synthesis: Dipropylene glycol is often used to synthesize other chemicals, such as polyethers, polyesters, etc.
(2) Solvent: Since dipropylene glycol has good water solubility, it can be used as a solvent to dissolve or dilute other substances.
(3) Spices and condiments: Dipropylene glycol can be used as a food additive to increase the taste and flavor of food.
(4) Cosmetics: Dipropylene glycol can be used as a moisturizer in cosmetics to improve the moisturizing effect of cosmetics.
(5) Pharmaceuticals: Dipropylene glycol can be used in the pharmaceutical field as a carrier or auxiliary for drugs.
Usage
1) Dipropylene glycol is the most ideal solvent for many fragrance and cosmetic applications. This raw material has good water, oil and hydrocarbon co-solubility and mild odor, little skin irritation, low toxicity, uniform distribution of isomers, excellent quality.
2) Dipropylene glycol can also be used as a coupling agent and moisturizer in a variety of different beauty cosmetic applications. In the field of perfume, the proportion of dipropylene glycol is more than 50%; In some other applications, the proportion of dipropylene glycol is generally less than 10% (by weight). Some of the specific product application areas include: curling lotions, skin cleans (cold creams, body washes, body washes, and skin lotions) deodorants, face, hand, and body skin care products, moisturizing skin care products, and lip balms, among others.
3) Dipropylene glycol can also play a role in unsaturated resins and saturated resins. It produces resins with superior softness. Crack resistance and weather resistance. The long-term yellowing resistance of the product is the value.
BTA Na can be absorbed on metal surface and form a thin film to protect copper and other metals. BTA Na can be used together with many scale inhibitors and fungi disinfectants in circulating cool water system, and it has good corrosion inhibition effect in circulating cool water system. The dosage of 2-4mg/l is preferred. BTAâ?¢Na can also be used as anti-discolor agent, coating additive and luboil additive.
Widely used in dimer acid, alkyd resin, synthetic fiber nylon 8 and 9, plastic plasticizer, printing ink, pesticide emulsifier, textile printing and dyeing auxiliaries, industrial solvents, detergents, metallic minerals flotation agent, remover, can also be used to make emulsified oil, metal processing oil, rust-proof oil, paint, oil is copy paper, pen, touch typing paper, detergent, laundry soap, softening agent, daily chemical and other industries.
Lithium chloride (chemical formula: LiCl) is an alkali metal halide, a white, deliquable solid at room temperature. Due to the smaller ionic radius and higher hydration energy of lithium, the solubility of lithium chloride is much greater than that of other chlorides (83g/100mL, 20�°C). Its aqueous solution is alkaline. Lithium chloride is a sodium chloride type structure, in which the chemical bond is not a typical ionic bond, so it can be dissolved in many organic solvents, and ethanol, amines can form different admixtures. This property can be used to separate lithium chloride from alkali metal chlorides.
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