Cationic starch carries a positive charge over the entire pH range creating their affinity towards negatively charged substrates, such as cellulose, pulp and some synthetic fibres, aqueous suspensions of minerals and slimes and biologically active macromolecules. This starch may be derived from either maize or tapioca is used primarily as a wet-end starch and mainly used in paper and cardboard forming processes: -Increases mechanical strength and for better retention of fines and fillers -Enables faster drainage and improved sheet formation and production, saving both time and resources. -Improves opacity, brightness and stiffness of paper and allows for better printing quality -It is also popularly used in the manufacture of disposable diapers (nappies) and personal sanitary products. Parameters BiCAT: -Appearance - fine free flowing white powder -pH of 10% Slurry - 6.0- 8.0 -Moisture Max -13.0 % -Viscosity in Brookfield Viscometer -Min 300 cps -Brightness - Min 85.0 % -Degree of Substitution - 0.02-0.04 % -Cold Water Solubility -Max 4.0 %.
Our A grade maize starch meets the highest standards and is a versatile product that can be applied across a variety of industries such as: Textiles (sizing, finishing, printing) Paper and cardboard Glues and Adhesives Rubber and foam Paint fillers and putty Cosmetics Detergents Aluminium and Cast-Iron Foundries Fireworks Dry battery cell This multifunctional product can be modified to your needs and our sales team would be more than happy to help you find the starch that fits your industrial requirements. -Parameters : -Appearance-Free Flowing Cream-White Powder -pH of 10%- Slurry 4.5 - 7.0 -Moisture Content- Max 13.0% -Viscosity of 5% solution in Brookfield viscometer at 75C- Min 1400 Cps -Viscosity of 2% solution in RedWood No.1 viscometer at 75C -Min 34 sec -Fibre Content(100gram) -Max 1.0 ml -Sieve retention on 100 mesh -Max 1.0% -Ash Content- Max 0.2% -Sulphur Dioxide- Max 100 ppm -Brightness -Max 90.0% -Protein Content Max 0.45% -Free Acidity (10 gram)- Max 4.0 ml -Petroleum Extractable Matter- Max 0.25% -Acid Insoluble Ask- Max 0.05% -Alcoholic Acidity @90% Alcohol- Max 2.0 ml -Starch content- Min 98.0%
Manufactured by addition of acid to a native starch slurry, this popular textile starch has low and uniform viscosity, which allows it to withstand high temperatures and to be used in higher concentrations. This starch may also be used in paper manufacturing for sizing and strength. Our sales team can guide you towards finding the best specifications for this purpose. -Brightness- Min 90% -Cold water solubility Max 4% -Ash Content Max 1%
Produced by the hydrolysis of corn-starch, through an eco-friendly process, our white dextrin has a wide range of applications: - Can be used at higher solids levels than native or modified starches - To create stronger bonds - Have more tack - Dry faster than pastes made from unmodified starch - Is soluble in water Dextrin pastes provide excellent machinability and can be used in: - Adhesives and coatings that come into contact with food products - Child-safe school pastes - Removable wallpaper - Bag/envelope seams - Paper and textile sizing. Parameters: -Appearance- Off white free flowing powder -pH of 10% Slurry -2.5 - 3.5 -Moisture -Max 10% -Ash content -Max 1% -Free acidity- Max 5ml -Cold water solubility -Min 85%
This derivative possesses low viscosity, is very sticky and hygroscopic in nature. It helps in increasing dry strength and at the same time is completely soluble in water. It can be used for: Mining industry as additives for froth flotation (ore sedimentation) In foundries as an excellent binding agent for cores
Maize starch is a very dynamic product that assists in various types of food production. It has multiple applications to achieve various effects. Our food-grade products comply with the most stringent hygiene standards during both production and packaging. Maize starch can be used to: - Thicken soups and sauces. - Achieve a super crispy crust coat in fried foods. - Add structure to cakes and pastries - provide freeze-thaw stability and retrogradation of frozen and bottled foods - enable flavor encapsulation helping preserve food flavors for longer - control syneresis and enhance the thickness of yogurts and creams - enhance the mouthfeel of a wide range of fresh and canned foods Small changes to its specifications can enable this native starch to fulfill your culinary needs: our sales team would be
Agriculture produces like fruits, vegetables, flowers, grain, soya , maize, wheat, chickpeas.International business consultancy, facilitate trade, contract farming, marketing and outsourcing, import and export, market development, contract management, business brokering, advertising and branding, product launching, supply chain and logistics
Hardwood charcoal, sesame seeds, dried split ginger, dried cashew nuts (with shells), cassia tora seeds, dried hibiscus flowers, garlic, red onions, tiger nuts, red chili pepper, peanuts (in shells), briquettes (made from pks), yellow maize, palm kernel shells (pks)..
Spray starch derived from either maize or tapioca is applied by means of spraying and is used primarily in the production of paper, boards, and ply. This modified starch: - Increases the strength of ply bonds in boards and plywood. - Increases the bending and spring back tendency of boards. - Reduces the de-lamination of plywood and laminated boards. Parameter: -Appearance- fine free flowing white powder -Viscosity in Brookfield Viscometer -Min 2000 cps -Moisture Content- Max 13.0% -pH of 10% slurry- 6.0 - 8.0 -Ash Content- Max 1.0% -Brightness -Min 85.0% Cold water Solubility Max 4.0%
Cationic starch carries a positive charge over the entire pH range creating their affinity towards negatively charged substrates, such as cellulose, pulp and some synthetic fibres, aqueous suspensions of minerals and slimes and biologically active macromolecules. This starch may be derived from either maize or tapioca is used primarily as a wet-end starch and mainly used in paper and cardboard forming processes: -Increases mechanical strength and for better retention of fines and fillers -Enables faster drainage and improved sheet formation and production, saving both time and resources. -Improves opacity, brightness and stiffness of paper and allows for better printing quality -It is also popularly used in the manufacture of disposable diapers (nappies) and personal sanitary products. Parameters BiCAT: -Appearance - fine free flowing white powder -pH of 10% Slurry - 6.0- 8.0 -Moisture Max -13.0 % -Viscosity in Brookfield Viscometer -Min 300 cps -Brightness - Min 85.0 % -Degree of Substitution - 0.02-0.04 % -Cold Water Solubility -Max 4.0 %.
