Tamarind Kernel / Seed Powder is the Powder obtained by Tamarind Seeds which is 300 mesh fine. We process hot water soluble Tamarind Kernel Powder using Carboxy Methylation and modify into Cold Water Soluble. This cold water soluble material is called Carboxy Methyl Tamarind which is used as Printing Thickener in Textile Industries.
Excellent Filterability, High Colour Value, Easy Washing-off Properties are the USPs of our Thickeners. Below are our various Printing Thickeners with the specifications:
Ionic Nature:
Nonionic
Concentration:
8%
Moisture:
8-10%
Viscosity:
90000 – 110000
Suitability / Specifications:
Hot Water Soluble, 100% passing form 300 mesh Filtered Cloth
Ionic Nature:
Anionic
Concentration:
8%
Moisture:
8-10%
Viscosity:
35000 – 40000
Suitability / Specifications:
Suitable for Printing of Polyester, Polyamide & Viscose Fabric with Disperse Dyes. Also Suitable for Direct, Discharge & Burn-Out Printing on Polyester Fabric and its blends
Ionic Nature:
Anionic
Concentration:
8%
Moisture:
8-10%
Viscosity:
45000 – 50000
Suitability / Specifications:
Suitable for Printing of Polyester, Polyamide & Viscose Fabric with Disperse Dyes. Also Suitable for Direct, Discharge & Burn-Out Printing on Polyester Fabric and its blends
Ionic Nature:
Anionic
Concentration:
8%
Moisture:
8-10%
Viscosity:
35000 – 40000
Suitability / Specifications:
Suitable for Printing of Polyester, Polyamide & Viscose Fabric with Disperse Dyes. Also Suitable for Direct, Discharge & Burn-Out Printing on Polyester Fabric and its blends
Ionic Nature:
Anionic
Concentration:
8%
Moisture:
8-10%
Viscosity:
30000 – 35000
Suitability / Specifications:
Suitable for Printing of Polyester, Polyamide & Viscose Fabric with Disperse Dyes. Especially suitable for Burn-Out Printing on Polyester Fabric and its blends with Stannous Chloride
Ionic Nature:
Anionic
Concentration:
8%
Moisture:
8-10%
Viscosity:
40000 – 45000
Suitability / Specifications:
Suitable for Printing of Polyester, Polyamide & Viscose Fabric with Disperse Dyes. Especially suitable for Burn-Out Printing on Polyester Fabric and its blends with Stannous Chloride
Ionic Nature:
Anionic
Concentration:
12%
Moisture:
8-10%
Viscosity:
55000 – 60000
Suitability / Specifications:
Suitable for Printing of Polyester, Polyamide & Viscose Fabric with Disperse Dyes. Also Suitable for Direct, Discharge & Burn-Out Printing on Polyester Fabric and its blends
Tamarind Kernel Powder & Its Derivatives |
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PRODUCT NAME |
IONIC NATURE |
CONCENTRATION |
MOISTURE |
VISCOSITY |
SUITABILITY / SPECIFICATIONS |
PROTEX RT – 80 |
Nonionic | 8% | 8-10% | 90000 – 110000 | Hot Water Soluble, 100% passing form 300 mesh Filtered Cloth |
PROTEX OT-135 |
Anionic | 8% | 8-10% | 35000 – 40000 | Suitable for Printing of Polyester, Polyamide & Viscose Fabric with Disperse Dyes. Also Suitable for Direct, Discharge & Burn-Out Printing on Polyester Fabric and its blends |
PROTEX OT-145 | Anionic | 8% | 8-10% | 45000 – 50000 | Suitable for Printing of Polyester, Polyamide & Viscose Fabric with Disperse Dyes. Also Suitable for Direct, Discharge & Burn-Out Printing on Polyester Fabric and its blends |
PROTEX OC-135 | Anionic | 8% | 8-10% | 35000 – 40000 | Suitable for Printing of Polyester, Polyamide & Viscose Fabric with Disperse Dyes. Also Suitable for Direct, Discharge & Burn-Out Printing on Polyester Fabric and its blends |
PROTEX ON-135 | Anionic | 8% | 8-10% | 30000 – 35000 | Suitable for Printing of Polyester, Polyamide & Viscose Fabric with Disperse Dyes. Especially suitable for Burn-Out Printing on Polyester Fabric and its blends with Stannous Chloride |
PROTEX ON-145 | Anionic | 8% | 8-10% | 40000 – 45000 | Suitable for Printing of Polyester, Polyamide & Viscose Fabric with Disperse Dyes. Especially suitable for Burn-Out Printing on Polyester Fabric and its blends with Stannous Chloride |
PROTEX OT-155 | Anionic | 12% | 8-10% | 55000 – 60000 | Suitable for Printing of Polyester, Polyamide & Viscose Fabric with Disperse Dyes. Also Suitable for Direct, Discharge & Burn-Out Printing on Polyester Fabric and its blends |
(Viscosity is measured on Brookfield Viscometer RVDV-E model on Spindle No. 5/6/20 rpm at 25° C)