Savofil, Savoflod, Vitagel Cable Filling Compounds & Optic Fibre Compounds Telecommunication Compounds Telecommunication Compounds are used in the manufacture of Copper Cables as well as Optic Fibre Cables. These compounds are gels manufactured by blending specially selected Base Oils with waxes and thermoplastic elastomers. The resulting gels are used as filling compounds and flooding compounds in Copper Cables as well as Optic Fibre Cables. Applications The compounds fill voids in polyethylene insulated and sheathed Telephone Cables. Their basic function is to prevent moisture penetration into the cables in case of any damage to the cable sleeve. The filling compounds used in Optic Fibre Cables have to meet specification related to moisture tolerance, softness at low temperature down to -40 deg C and stability at a high temperature of 150 deg C. Savita offers wide range of products meeting these requirements of customers across the Globe. Products offered Savita offers two products for Copper Cables â?? Savofil and Savoflod. Savofil is used as a filling compound, while Savoflod is used as a flooding compound. Both products meet the requirements and specifications of national and international customers. For the Copper Cable industry, Savitaâ??s products for filling and flooding can be processed by melting as well as by pressure filling. For filling with pressure, gel is designed with appropriate thixotropic properties. For the Optic Fibre Cable industry, Savita offers 2 products â?? Vitagel MS and Vitagel F, meeting national & international standards. Characteristics The products for Copper Cables - Savofil & Savoflod - for filling and flooding respectively can be processed either by melting or application of pressure. For filling with pressure, gels are designed with appropriate thixotropic properties. Vitagel MS, used in Optic Fibre Cables, is a filling compound which is directly in contact with sensitive Optic Fibre. This gel has excellent low temperature and high temperature properties. It is stable over the temperature range of -40 deg C to 150 deg C and meets national & international standards. The product also has very good rheological properties making it suitable for processing under pressure. Savitaâ??s flooding gel, Vitagel F, is also designed to meet national and international specifications. Gels For Cable Connectors These are gels made from specially selected Base Oils, new generation polymers such as thermoplastic elastomers and special hydrophobic silica. The Connector Compound CN 11 is designed for high thermal, oxidative and hydrolytic stability.
Properties 1. Excellent transparency, outstanding resistance to aging. 2. It has good insulating properties and mechanical strength; to acid, alkali, salt has a strong resistance to corrosion; and because easy processing. Applications 1.Extruded sheets for signage, displays and building material 2.Motive parts such as tail lamps, meter covers and sun visors 3.General sundries such as tableware, kitchenware, giftware and bathroom accessories 4.Optical lenses such as sunglasses, reading glasses and camera lenses 5.Light guide panels for LCD displays 6.Other applications such as mobile phone display panels, clock covers, lighting covers/accessories, optical fibres, toys, etc.
Various sized pots manufactured with coir fibre and moulded with an organic rubber compound.. Pots will maintain their shape for up six months while plants are growing. The plant can then be planted in the ground with the pot. The pot will decompose over time. Coconut fiber potare made from coconut fiber. As good crop products and environmental protection.
Various sized pots manufactured with coir fibre and moulded with an organic rubber compound.. Pots will maintain their shape for up six months while plants are growing. The plant can then be planted in the ground with the pot. The pot will decompose over time. Coconut fiber potare made from coconut fiber. As good crop products and environmental protection.
Various sized pots manufactured with coir fibre and moulded with an organic rubber compound.. Pots will maintain their shape for up six months while plants are growing. The plant can then be planted in the ground with the pot. The pot will decompose over time. Coconut fiber potare made from coconut fiber. As good crop products and environmental protection.
Various sized pots manufactured with coir fibre and moulded with an organic rubber compound.. Pots will maintain their shape for up six months while plants are growing. The plant can then be planted in the ground with the pot. The pot will decompose over time. Coconut fiber potare made from coconut fiber. As good crop products and environmental protection.
Various sized pots manufactured with coir fibre and moulded with an organic rubber compound.. Pots will maintain their shape for up six months while plants are growing. The plant can then be planted in the ground with the pot. The pot will decompose over time. Coconut fiber potare made from coconut fiber. As good crop products and environmental protection.
Various sized pots manufactured with coir fibre and moulded with an organic rubber compound.. Pots will maintain their shape for up six months while plants are growing. The plant can then be planted in the ground with the pot. The pot will decompose over time. Coconut fiber potare made from coconut fiber. As good crop products and environmental protection.
Properties 1. Excellent transparency, outstanding resistance to aging. 2. It has good insulating properties and mechanical strength; to acid, alkali, salt has a strong resistance to corrosion; and because easy processing. Applications 1.Extruded sheets for signage, displays and building material 2.Motive parts such as tail lamps, meter covers and sun visors 3.General sundries such as tableware, kitchenware, giftware and bathroom accessories 4.Optical lenses such as sunglasses, reading glasses and camera lenses 5.Light guide panels for LCD displays 6.Other applications such as mobile phone display panels, clock covers, lighting covers/accessories, optical fibres, toys, etc.
Properties 1. Excellent transparency, outstanding resistance to aging. 2. It has good insulating properties and mechanical strength; to acid, alkali, salt has a strong resistance to corrosion; and because easy processing. Applications 1.Extruded sheets for signage, displays and building material 2.Motive parts such as tail lamps, meter covers and sun visors 3.General sundries such as tableware, kitchenware, giftware and bathroom accessories 4.Optical lenses such as sunglasses, reading glasses and camera lenses 5.Light guide panels for LCD displays 6.Other applications such as mobile phone display panels, clock covers, lighting covers/accessories, optical fibres, toys, etc.
Properties 1. Excellent transparency, outstanding resistance to aging. 2. It has good insulating properties and mechanical strength; to acid, alkali, salt has a strong resistance to corrosion; and because easy processing. Applications 1.Extruded sheets for signage, displays and building material 2.Motive parts such as tail lamps, meter covers and sun visors 3.General sundries such as tableware, kitchenware, giftware and bathroom accessories 4.Optical lenses such as sunglasses, reading glasses and camera lenses 5.Light guide panels for LCD displays 6.Other applications such as mobile phone display panels, clock covers, lighting covers/accessories, optical fibres, toys, etc.
Fluorite ore (CaF2) is widely used in industry and beyond. This chemical compound is mostly fit for the production of hydrogen fluoride, which is used for example in glass etching and yeast production. It is also a valuable raw material used in the production filters and optical glasses, anti-reflection coatings, cosmetics, (calcium) nitrogenous fertilisers used in agriculture, dental preparations and varnishes. Fluorite is also a valuable material for the steel manufacturing industries. With our double storage warehouses in Port Harcourt and Lagos we are positioned to supply 1000-3000MT of this product monthly.
Calcium fluoride is widely used in industry and beyond. This chemical compound is mostly fit for the production of hydrogen fluoride, which is used for example in glass etching and yeast production. It is also a valuable raw material used in the production filters and optical glasses, anti-reflection coatings, cosmetics, (calcium) nitrogenous fertilisers used in agriculture, dental preparations and varnishes. With our double storage warehouses in Port Harcourt and Lagos we are positioned to supply 1000-5000MT of this product monthly.
Fluorspar (CaF2) is widely used in industry and beyond. This chemical compound is mostly fit for the production of hydrogen fluoride, which is used for example in glass etching and yeast production. It is also a valuable raw material used in the production filters and optical glasses, anti-reflection coatings, cosmetics, (calcium) nitrogenous fertilisers used in agriculture, dental preparations and varnishes. With our double storage warehouses in Port Harcourt and Lagos we are positioned to supply 1000-3000MT of this product monthly. Specifications: 1: Grade: CaF2 80+%. 2: Size: According to buyer requirement.
Dextrose Monohydrate powder, CAS no. 5996-10-1, natural sweetener produced from starch. It is a white, crystalline powder with a sweet taste. Dextrose Monohydrate is used in wines, flavored enriched baked goods, soft drinks, cakes, puddings, dairy products, coffees, ice creams, meats, instant foods, and chewing gum. Dextrose anhydrous and Dextrose monohydrate are both purified and crystallized D-glucose compounds. As an experienced Dextrose Monohydrate manufacturer and supplier, we has been supplying and exporting Dextrose Monohydrate for almost 10 years, please be assured to buy from us. Any inquiries about price and the market trend please feel free to contact us, we will reply you within 1 working day. Dextrose Monohydrate powder Specification ITEM STANDARD APPEARANCE WHITE CRYSTALLINE POWDER SOLUBILITY FREELY SOLUBLE IN WATER, SLIGHTLY SOLUBLE IN ALCOHOL ASSAY 99.5% MIN OPTICAL ROTATION +52.6�°ï½?+53.2�° LOSS ON DRYING 10.0% MAX SULFUR DIOXIDE 0.002% MAX CHLORIDES 0.018% MAX RESIDUE ON IGNITION 0.1% MAX STARCH PASSES TEST LEAD 0.1MG/KG MAX ARSENIC 1MG/KG MAX TOTAL BACTERIA COUNT 1000PCS/G MAX MOLDS AND YEASTS 100PCS/G MAX ESCHERICHIA COLI NEGATIVE
Ammonium Bicarbonate E503, CAS No.1066-33-7, a white crystals or crystalline powder used as a raising agent in flat baked goods such as cookies and crackers and other similar applications in the food industry. It is an important food additive ingredient for various cookies and biscuits. Compared to baking soda, Ammonium Bicarbonate will not affect the taste of flat baked goods. As an experienced Ammonium Bicarbonate manufacturer and supplier, we has been supplying and exporting Ammonium Bicarbonate for almost 10 years, please be assured to buy from us. Any inquiries about price and the market trend please feel free to contact us, we will reply you within 1 working day. Ammonium Bicarbonate Specification ITEM STANDARD Appearance White crystals or crystalline powder Assay (as NH4HCO3, %) 99.0-100.5 Chlorides (as Cl, %) 0.003 Sulfur compound (as SO4, %) 0.007 Residue after evaporation (%) 0.008 Specific optical rotation +20.5 ~ +21.5 Lead mg/kg Arsenic 2 mg/kg Total Heavy metal (as Pb) 10 mg/kg
Polydextrose, E1200, Cas no.68424-04-4, food sweetener, manufacturing process from chemical synthesis, raw materials dextrose (glucose), sorbitol and citric acid. Characteristics: water-soluble, synthetic polymer of glucose, fresh taste and high solubility, stable at high temperature conditions, a dietary fibre with prebiotic properties. Function: used to increase the non-dietary fiber content of food. Polydextrose is frequently used as an ingredient in low-carb, sugar-free, and diabetic cooking recipes. As an experienced Polydextrose manufacturer and supplier, we has been supplying and exporting Polydextrose for almost 10 years, please be assured to buy from us. Any inquiries about price and the market trend please feel free to contact us, we will reply you within 1 working day. Polydextrose food grade specification ITEM STANDARD *Polymer 90% Min *1,6-Anhydro-D-glucose 4.0% Max * D-Glucose 4.0% Max *Sorbitol 2.0% Max *5-Hydroxymethylfurfural And related compounds: 0.05% Max Sulfated Ash: 2.0% Max pH value: 5.0-6.0(10% aqueous solution) Solubility: 70g Min in 100mL solution at 20�°C Water content: 4.0% Max Appearance: Free flowing powder Color: White Odour & Taste: Odourless; No foreign taste Sediment: Absence Heavy metal: 5mg/kg Max Lead 0.5mg/kg Max Total Plate Count: 1,000CFU/g Max Yeast: 20CFU/g Max Moulds: 20CFU/g Max Coliforms 3.0MPN/g Max Salmonella: Negative in 25g
Optical brighteners, also known as fluorescent whitening agents (FWAs) or optical brightening agents (OBAs), are chemical compounds used in various industries, primarily in textiles, paper, and detergents. These substances absorb ultraviolet (UV) light and re-emit it as visible blue light, making colors and whites appear brighter and more vivid. Optical brighteners are often added to laundry detergents to give the illusion of cleaner and whiter clothing by enhancing their visual brightness. They are also used in the paper industry to improve the brightness and whiteness of paper products. Optical brighteners' ability to improve the appearance of materials under certain lighting conditions makes them valuable in enhancing the visual quality of a wide range of consumer and industrial products.
Urad dal is a good source of proteins, carbohydrates, lipids, iron, and calcium. In addition, whole urad has dietary fibre, whereas urad dal (split urad) does not contain fibre. Among the phytochemicals, prominent phytochemicals present in urad dal are flavonoids and phenolic compounds.
YELLOW SOYBEANS Foreign matters: 2% max Splits: 20% max Heat damage: 0.5% max Total damage: 3% max Protein: Minimum 34 PCT Oil: 18% min Fumigation: included Fat: Max 2.5% Moistiure: Max 13.5 % Fibre: Max 4.5 % Ureasic activity: 0.02 to 0.20 MGNG Min at 30 degrees by EEC Methods For rest quality intems: Non Reciprocal allowances: 1:1 Koh: min 78% Aflatoxin: Max 50 PPB Sand/Silica: Max 1.5 % Free from insects and moulds Arsenic compound: minimum 1 ppm Mercuric compound: not found, zero Phosphides: maximium 0.05 PPM Cyanids: maximum 5 PPM Malathion: maximum 3 PPM parts per million Ethylens Debromide EDB: less than 10 PPB
