SPAC Starch Products IndiaPvt. Ltd.

Anthiyur, Erode, Tamil Nadu

Carboxymethyl starch (CMS) is an important modified starch with unique properties due to the presence of negatively charged functional group (CH2COO-). Carboxy Methyl starch has a wide range of applications in industries, mostly used for purposes of thickening, stabilization, water preserving. It is also used in textile industry as thickening agent in textile printing paste and as sizing agent especially for hydrophilic yarn. In soaps a small addition ofCarboxymethyl starchincreases the suspending power and overall washing efficiency of a soap, but the same amount of Carboxymethyl starch very greatly improved the suspension action and overall efficiency when a sodium salt of surface active agents in the detergents. Carboxymethyl starch being used in the corrugated box gum along with plain tapioca starch. Addition of Carboxymethyl starch will improve the mixture of corrugation paste by keeping tapioca starch in suspension during corrugation. CMS can be used for sizing mixture preparation for yarn sizing application.

Technical Specifications

Carboxymethyl starch (CMS) is an important modified starch with unique properties due to the presence of negatively charged functional group (CH2COO-). Carboxy Methyl starch has a wide range of applications in industries, mostly used for purposes of thickening, stabilization, water preserving. It is also used in textile industry as thickening agent in textile printing paste and as sizing agent especially for hydrophilic yarn. In soaps a small addition of Carboxymethyl starch increases the suspending power and overall washing efficiency of a soap, but the same amount of Carboxymethyl starch very greatly improved the suspension action and overall efficiency when a sodium salt of surface active agents in the detergents. Carboxymethyl starch being used in the corrugated box gum along with plain tapioca starch. Addition of Carboxymethyl starch will improve the mixture of corrugation paste by keeping tapioca starch in suspension during corrugation. CMS can be used for sizing mixture preparation for yarn sizing application.

Drilling starch is non-ionic corn, tapioca based polymers for use in all water-based drilling, completion and stimulation fluids. Drilling starch is extensively used as an additive to prevent the seepage of soil filtrates into the wells in all types of water based drilling fluid systems by increasing the viscosity of the drilling mud and reducing the fluid loss by sealing the walls of the Borehole. High quality biocide added to resist against bacterial and enzymatic degradation.

 

Applications

• Drilling Starch is extensively used in oil well drilling to reduce the fluid loss.
• It provides well bore stability through filtration control.
• It helps to keep drill bit cool and lubricate, remove the rock fragments or drill cuttings from the drilling area and transport them to the surface.
• Effective in a wide range of make-up water, including high hardness and high salinity brines
• It is used to stabilize rheology and to reduce the filter cake permeability.

 

Packing

• 50 Kgs & Jumbo Bags As per specific requirement(s).
• Packed in printed PP woven bags.

The High Temperature Drilling starch is a polymer derived from the unmodified starch including amylopectin content. It has epichlorohydrin and has a viscosity which to reach to the maximum value. This starch has fermentation stability and can be hydroxypropylated. It gives enhanced high temperature fluid loss performance when works in combination with drilling fluids.

 

The High Temperature Drilling starch is also used in other applications. Offered with a high temperature tolerance, it is apt for drilling, work-over or completion fluid loss and works as a control additive appropriate for its utilization in high temperatures. It has optimal use in all water-based drilling, stimulation and completion fluids. This starch can meet all industrial standards.

 

Applications

• At high temperatures help in stabilizing rheology.
• Does not ferment Treatment Rate, Typical.
• Higher temperatures (above 150°F) may be needful to “activate” HT Starch to supply effective rheology and fluid loss control totally as a binding agent.
• 1 – 4 ppb, as essential to control liquid loss.

 

Packing

• 50 Kgs & Jumbo Bags As per specific requirement(s).
• Packed in printed PP woven bags.