Sharjah Laboratory Chemicals Suppliers and Manufacturers

Sodium chlorate is an inorganic compound with the chemical formula NaClO3. It is a white crystalline powder that is readily soluble in water. It is hygroscopic. It decomposes above 300 C to release oxygen and leaves sodium chloride. Several hundred million tons are produced annually, mainly for applications in bleaching pulp to produce high brightness paper. The main commercial use for sodium chlorate is for making chlorine dioxide (ClO2). The largest application of ClO2, which accounts for about 95% of the use of chlorate, is in bleaching of pulp. All other, less important chlorates are derived from sodium chlorate, usually by salt metathesis with the corresponding chloride. All perchlorate compounds are produced industrially by the oxidation of solutions of sodium chlorate by electrolysis.

Rapeseed and Canola Oil The rapeseed plant is known for its golden-yellow flowers, which bloom in the summer. Its oil, which goes by the names of rapeseed and canola, is widely used in cooking, baking, and food processing. It's crucial to understand the difference between industrial and culinary rapeseed oil. Canola is another name for the culinary variant. The automotive and chemical sectors use industrial rapeseed oil, whereas the culinary form is used in cooking. The genetic makeup and quantity of erucic acid, which is damaging to your health in big amounts, distinguishes the two varieties. In truth, canola oil must contain less than 2% erucic acid and meet globally regulated requirements in order to be labelled as such. Otherwise, it will be labeled as rapeseed oil. However, most varieties in grocery stores are canola oil. Rapeseed oil contains less saturated fat than other regularly used cooking oils, and it is popular in the Indian subcontinent as a traditional cooking oil. It is typically used as frying oil due to its distinct odour. Vitamin E is also abundant in rapeseed oil. Rapeseed oil has regenerative capabilities, making it a great moisturiser and anti-aging agent. Because of its high quantities of alpha-linolenic acid (omega-3), which is too scarce in today's diets, rapeseed oil has fascinating dietary qualities. It's become a staple on dining tables.

New-type hot-connectivity composite fiber is made from different types of modified high molecular materials through advanced composite spining technology. It has unique characteristic of melting at low temperature, and after hot treatment, it can naturally adhere without use of binder, green and environmental. The product abides by strict sanitation control standards to achieve sanitation material grade. The products include ES fiber and ETS modified polyester composite staple fiber which is initiated by the company, and can be applied to production of surface layer and guide layer of disposable sanitary articles Functional characteristic the product is a kind of chemical blend provided with advantages of the two materials. ES fiber has low melting point on the superficial layer, soft, bouffant and pervious, while the core layer has certain intensity and fiber state. ETS fiber is provided with advantages of heat bonding, high hygroscopicity and antistatic property, etc. Application scope the sanitary products are applicable to hot air penetrating technology to produce surface layer and guide layer of disposable sanitary materials such as paper diaper and sanitary towel; the conventional low-melting fiber is applicable to production of hard cotton, decorative wall board, environmental mattress, seat mat, environmental filter media, constructional acoustic damping and heat insulation materials, etc. Specification 4D*51MMã??4D*32MM

One of the most well-known and sought-after byproducts of the refining process of vegetable (mostly sunflower) oil are fatty acids. Fatty acids, an industrial product with a GMP+ certification, are mostly used in the animal formula and feed sector. This is because adding fatty acids or fatty acid-based compounds to an animal feed ration can reduce feed costs. Fatty acids are crushed and processed through a whole cycle. In addition, they are utilized in the manufacturing of soap, glycerin, and stearin, as well as in the food processing industry as a direct formula component. Tocopherols.

1. What is PFAD PFAD stands for Palm Fatty Acid Distillate. It is a processing residue resulting from physical refining of crude palm oil products. At room temperature it is a light brow semi-solid, melting to a brown liquid on heating. Up to 80 percent of PFAD is free fatty acid (FFA), with palmitic acid and oleic acid being the major components. The remaining 20 percent is made up of components including triglycerides, partial glycerides, and vitamin E, sterols and squalene's. 2.How is PFAD used? PFAD is used as a renewable raw material in biofuels production as well as to produce candles, soaps, other oleochemical products, and animal feed. Specific to biofuel production in Europe, the EU allows Member States to account PFAD consumption towards greenhouse gas emissions reductions under its Renewable Energy Directive. The amount of emissions reductions depends on the PFAD technical classification, a residue or co-product, which is up to the individual Member State. To verify the emissions reductions, the EU relies on voluntary certification schemes, such as the International Sustainability and Carbon Certification system. 3.What are the benefits6 of using PFAD Producing renewable fuels using PFAD is good for the climate. It is an efficient way to use waste generated through the palm oil refining process, preventing PFAD from going to literal waste. A by-product that is undesirable from the food industry perspective can be very desirable for other sectors. Neste MY Renewable Diesel7 which is refined from PFAD and other waste and residue materials, such as Used Cooking Oil (UCO), helps to replace crude oil-based diesel in transportation. Using Neste MY Renewable Diesel can reduce greenhouse gas emissions by 90 percent on average compared to a diesel-powered vehicle using conventional fossil fuel-based diesel.

Product Description Texol Coolant 50% is an Ethylene Glycol based engine radiator coolant made using coolant concentrate at 50% the rest being DM water. The coolant concentrate is formulated with special chemical additives to provide a high degree of protection against corrosion for the metal and alloy components in the cooling system with specific reference to aluminum. It is harmless to rubber and does not foam or clog radiators. Applications It is recommended for all light commercial vehicles with liquid cooling systems. The product act as an antifreeze under low temperatures and protects from boiling under high temperatures conditions. The product is diluted with demineralized water to a concentration of 50%. It is suitable for light vehicles and even in larger diesel engines. Features and Benefits Long term protection of metals and alloys in the cooling system against corrosion. Protection against frost. Effective engine cooling. High boiling point gives better cooling performance in high temperature condition. Protective against excessive evaporation. Compatible with rubbers. Excellent anti foam properties Health and Safety Detailed health and safety information for this product is provided in a Material Safety Data Sheet which is available upon request from our Texol sales office.

Product Description Texol ATF Dex VI is a new generation, Premium class, fully synthetic, multi-vehicle ATF suitable for current and all previous types of vehicles needing Dexron type Transmission fluids. The product is made using fully synthetic base oils and carefully selected friction modifiers, anti-wear additives, viscosity index improvers and oxidation inhibitors. Synthetic base oil provides high viscosity index and high operating range besides providing very low pour point. Applications Texol ATF Dex VI is a multi-vehicle ATF recommended for almost all the latest automatic transmissions needing Dexron VI and Mercon LV fluids. It is suitable for Voith, BMW and ZF transmission oils such as 5 speed, 6 speed, 7 speed, 8 speed and 9 speed gear boxes (Lifeguard), besides applications requiring JASO 1A oil. Texol ATF Dex VI is recommended for use in Allison C3, C4 applications, Chrysler ATF +3 and +4; ATF 134, T-IV, Type WS, Mopar 8&9, SP-IV, LT 71141, 3309, 3403, etc. Features and Benefits Good viscosity/temperature characteristics. High thermal stability. Very good low temperature properties. High stability to aging and high chemical resistance. Resistance to wear and good friction characteristics. Excellent corrosion protection. Quality, Specifications and Approvals GM DEX VI JASO 1A Texol's proprietary specifications. Health and Safety Detailed health and safety information for this product is provided in a Material Safety Data Sheet which is available upon request from our Texol sales office.

What is acetic acid Acetic acid is also known as ethanoic acid, ethylic acid, vinegar acid, and methane carboxylic acid. Acetic acid is a byproduct of fermentation, and gives vinegar its characteristic odor. Vinegar is about 4-6% acetic acid in water. More concentrated solutions can be found in laboratory use, and pure acetic acid containing only traces of water is known as glacial acetic acid. Dilute solutions like vinegar can contact skin with no harm, but more concentrated solutions will burn the skin. Glacial acetic acid can cause skin burns and permanent eye damage, and will corrode metal. What is acetic acid used for? Acetic acid is used in the manufacture of acetic anhydride, cellulose acetate, vinyl acetate monomer, acetic esters, chloroacetic acid, plastics, dyes, insecticides, photographic chemicals, and rubber. Other commercial uses include the manufacture of vitamins, antibiotics, hormones, and organic chemicals, and as a food additive (acidulant). It is also used in various textile printing processes.