Blachford

Dar-Tech Inc. Brand

Products:14

INCI Name:Aluminum Stearate
CAS Number:300-92-5
Functions:Gelling Agent, Defoamer, Flattener, Gel Former
Chemical Family:Stearates, Aluminum Compounds
Labeling Claims:Polybrominated Diphenyl Ethers (PBDEs)-free, Polybrominated Biphenyls (PBB)-free, Chrome-free, Lead-free, Cadmium-free, Phthalates-free, Conflict minerals-free

Blachford Aluminum Stearate 200F is a high-quality, tallow-based aluminum stearate product that finds wide use in multiple applications, including suitability for FDA 21 CFR indirect food applications. 200F grade consists of di-stearates and has excellent gel properties for improved pigment suspension and flow control.

Blachford Aluminum Stearate 300F

Applications:Offset & Lithographic Printing, Flexography, Food & Beverage Packaging
Product Families:Metal Processing Additives, Functional Additives, Antioxidants & Stabilizers
Chemical Family:Stearates, Aluminum Compounds
INCI Name:Aluminum Stearate
End Uses:Solventborne Ink, Lithographic Ink, Flexography Ink

Blachford Aluminum Stearate 300F is a high-quality, tallow-based aluminum stearate product that finds wide use in multiple applications, including suitability for FDA 21 CFR indirect food applications. 300F grade consists of di-stearates and has excellent gel properties for improved pigment suspension and flow control.

Blachford Aluminum Stearate 400F

Applications:Food & Beverage Packaging, Packaging
Product Families:Refinery & Gas Treatment Chemicals, Antioxidants & Stabilizers, Polymer Additives
Chemical Family:Stearates, Aluminum Compounds
End Uses:Solventborne Ink, Indirect Food Contact Applications, Food Packaging

Blachford Aluminum Stearate 400F is a high-quality, tallow-based aluminum stearate product that finds wide use in multiple applications, including suitability for FDA 21 CFR indirect food applications. 400F grade is a tri-stearate and offers a lower melting point and higher free fatty acid content than 200F and 300F.

Blachford Calcium Stearate 325

Applications:Textile Manufacturing, Feed Production & Processing, Animal Health & Nutrition
Product Families:Finishing Additives & Treatments, Cement & Concrete Additives, Processing Aids
Chemical Family:Calcium & Calcium Compounds, Stearates

Blachford Calcium Stearate 325 is a metallic stearate powder formed from a fusion reaction (calcium hydroxide + fatty acid), suitable for use in animal feed applications and are SFSF and FSMA compliant (pending 2021). The 325 grade is manufactured using tallow-derived stearic acid and is ground to a finer particle size than L-155.

Blachford Calcium Stearate 325V

Ingredient Name:Calcium Stearate
Labeling Claims:Naturally Derived, Non-GMO, BSE-free
Functions:Anti-Caking Agent, Coating Agent, Flow Promoter
Certifications & Compliance:NSF Approved, Hazard Analysis Critical Control Point (HACCP), FDA Compliant, Safe Feed Safe Food (SFSF) Certified, Prop 65 Compliant, FDA Food Safety Modernization Act (FSMA), GMP
Physical Form:Powder
Features:Waterproofing, Moisture Barrier

Blachford Calcium Stearate 325V is a metallic stearate powder formed from a fusion reaction (calcium hydroxide + fatty acid), suitable for use in animal feed applications and are SFSF and FSMA compliant (pending 2021). The 325V grade is manufactured using vegetable derived stearic acid.

Blachford Calcium Stearate Coarse

Applications:Textile Manufacturing, Leather & Textiles
Product Families:Finishing Additives & Treatments, Cement & Concrete Additives, Processing Aids
Chemical Family:Stearates, Calcium & Calcium Compounds

Blachford Calcium Stearate Coarse is a metallic stearate powder formed from a fusion reaction (calcium hydroxide + fatty acid), suitable for use in animal feed applications and are SFSF and FSMA compliant (pending 2021). The Coarse grade is manufactured using tallow-derived stearic acid and is finished differently in order to produce a more granular, lower-dusting product.

Blachford Calcium Stearate L-155

Applications:Textile Manufacturing, Feed Production & Processing, Animal Health & Nutrition
Product Families:Finishing Additives & Treatments, Cement & Concrete Additives, Processing Aids
Chemical Family:Calcium & Calcium Compounds, Stearates

Blachford Calcium Stearate L-155 is a metallic stearate powder formed from a fusion reaction (calcium hydroxide + fatty acid), suitable for use in animal feed applications and are SFSF and FSMA compliant (pending 2021). The L-155 grade is manufactured using tallow derived stearic acid.

Blachford Calcium Stearate L-155V

Applications:Textile Manufacturing, Feed Production & Processing, Animal Health & Nutrition
Product Families:Finishing Additives & Treatments, Cement & Concrete Additives, Processing Aids
Chemical Family:Calcium & Calcium Compounds, Stearates

Blachford Calcium Stearate L-155V is a metallic stearate powder formed from a fusion reaction (calcium hydroxide + fatty acid), suitable for use in animal feed applications and are SFSF and FSMA compliant (pending 2021). The L-155V grade is manufactured using a vegetable derived stearic acid.

Blachford Lithium Stearate 300

Applications:Feed Production & Processing, Animal Health & Nutrition
Product Families:Other Processing Additives, Rheology Modifiers & Stabilizers, Emulsifiers, Stabilizers & Thickeners
Chemical Family:Fatty Acids

Blachford Lithium Stearate 300 is a metallic stearate that can be used as a lubricant and thickening agent. It appears as a solid white powder with a slight odor. It consists of a chemical composition of fatty acids, C16 - C18 and lithium salts.

Blachford Zinc Stearate 201

Applications:Textile Manufacturing, Leather & Textiles
Product Families:Organic Acids, Finishing Additives & Treatments, Cement & Concrete Additives
Chemical Family:Organic Acids, Stearates, Zinc & Zinc Compounds
End Uses:Gelcoat, Indirect Food Contact Applications

Blachford Zinc Stearate 201 is a fusion reaction (zinc oxide and fatty acid), tallow based zinc stearate, suitable for FDA CFR 21 indirect food applications. All the zinc stearate grades are manufactured using the same raw materials and base process but finished differently to provide a range of particle sizes and handling characteristics.

Blachford Zinc Stearate 201ND

Applications:Textile Manufacturing, Leather & Textiles
Product Families:Organic Acids, Finishing Additives & Treatments, Cement & Concrete Additives
Chemical Family:Organic Acids, Stearates, Zinc & Zinc Compounds
End Uses:Gelcoat, Indirect Food Contact Applications

Blachford Zinc Stearate 201ND is a fusion reaction (zinc oxide and fatty acid), tallow based zinc stearate, suitable for FDA CFR 21 indirect food applications. All the zinc stearate grades are manufactured using the same raw materials and base process but finished differently to provide a range of particle sizes and handling characteristics.

Blachford Zinc Stearate 201V

Applications:Textile Manufacturing, Leather & Textiles
Product Families:Organic Acids, Finishing Additives & Treatments, Cement & Concrete Additives
Chemical Family:Organic Acids, Stearates, Zinc & Zinc Compounds
End Uses:Gelcoat, Indirect Food Contact Applications

Blachford Zinc Stearate 201V is a fusion reaction (zinc oxide and fatty acid), tallow-based zinc stearate, suitable for FDA CFR 21 indirect food applications. All the zinc stearate grades are manufactured using the same raw materials and base process but finished differently to provide a range of particle sizes and handling characteristics. Zinc stearate 201V is manufactured in the same manner as 201 but is a vegetable-based version.

Blachford Zinc Stearate 325

Applications:Textile Manufacturing, Leather & Textiles
Product Families:Organic Acids, Finishing Additives & Treatments, Cement & Concrete Additives
Chemical Family:Organic Acids, Stearates, Zinc & Zinc Compounds
End Uses:Gelcoat, Indirect Food Contact Applications

Blachford Zinc Stearate 325 is a fusion reaction (zinc oxide and fatty acid), tallow-based zinc stearate suitable for FDA CFR 21 indirect food applications. All the zinc stearate grades are manufactured using the same raw materials and base process but finished differently to provide a range of particle sizes and handling characteristics.

Blachford Zinc Stearate SAK

Applications:Feed Production & Processing, Animal Health & Nutrition
Product Families:Organic Acids, Organic Salts, Other Production & Processing Aids
Chemical Family:Organic Acids, Fatty Acids

Blachford Zinc Stearate SAK is a metallic stearate that can be used as a lubricant. It consists of fatty acids, unsaturated C8 and C18 and zinc salts. The product appears as a white to beige powder, granule, or flake with a slight odor.

Knowde Brand Summary

Identification

Chemical Family: Aluminum Compounds,
Calcium & Calcium Compounds,
Fatty Acids,
Organic Acids,
Stearates,
Zinc & Zinc Compounds
Chemical Name: Aluminium Stearate,
Aluminum Stearate,
Aluminum distearate,
Calcium Stearate,
Fatty acids, C16-18, lithium salts,
Fatty acids, C8-18 and C18-unsatd., zinc salts,
Zinc Stearate
INCI Name: Aluminum Stearate
Ingredient Name: Calcium Stearate,
Lithium Stearate,
Zinc Stearate
Ingredient Origin: Animal Origin,
Natural Origin,
Plant Origin,
Vegetable Origin
Technologies: Agrochemicals,
Animal Feed & Nutrition,
Base Chemicals & Intermediates,
CASE Ingredients,
Cleaning Ingredients,
Cosmetic Ingredients,
Elastomers,
Industrial Additives & Materials,
Plastics
Product Families: Additives
Functional Additives,
Rheology Modifiers & Stabilizers,
Surface Modifiers
Adjuvants & Formulation Ingredients
Lubricants & Anti-Caking Agents
Construction Chemicals
Cement & Concrete Additives
Elastomer Additives
Antioxidants & Stabilizers,
Surface Modifiers
Functional Additives
Foam Control Agents
Functionals
Rheology Modifiers,
Texturizers & Fillers
Intermediates
Organic Acids
Oil, Gas & Mining Chemicals
Refinery & Gas Treatment Chemicals
Polymer Additives
Antioxidants & Stabilizers,
Performance Additives,
Processing Aids
Processing Aids
Metal Processing Additives,
Other Processing Additives
Production Aids and Processing Additives
Conditioning & Flow Enhancers,
Emulsifiers, Stabilizers & Thickeners,
Other Production & Processing Aids
Technical Salts & Inorganics
Organic Salts
Textile & Leather Chemicals
Finishing Additives & Treatments
Agrochemical Functions: Anti-Caking Agent
Animal Feed & Nutrition Functions: Anti-Caking Agent,
Coating Agent,
Flow Promoter,
Release Agent,
Thickener
CASE Ingredients Functions: Flattener,
Gelling Agent,
Rheology Modifier,
Stabilizer
Cleaning Ingredients Functions: Defoamer
Cosmetic Ingredients Functions: Gel Former
Industrial Additives Functions: Anti-Efflorescence Agent,
Defoamer,
Lubricant,
Thickener,
Water Repellent
Plastics & Elastomers Functions: Acid Scavenger,
Heat Stabilizer,
Lubricant (External),
Lubricant (Internal),
Mold Release Agent,
Release Agent,
Stabilizer

Features & Benefits

Benefit Claims: Flow Enhancement,
Good Gelling Properties,
High Quality,
Superior Suspension
Labeling Claims: BSE-free,
Cadmium-free,
Chrome-free,
Conflict minerals-free,
Fatty acids-free,
Food Contact Acceptable,
GMO-free,
Heavy Metal-free,
Lead-free,
Naturally Derived,
Non-GMO,
Phthalates-free,
Polybrominated Biphenyls (PBB)-free,
Polybrominated Diphenyl Ethers (PBDEs)-free

Applications & Uses

Markets: Agriculture & Feed,
HI&I Care,
Industrial,
Personal Care,
Printing & Packaging
Applications: Animal Health & Nutrition
Feed Production & Processing
Beauty & Care
Skin Care
Home Care
Surface Care
Leather & Textiles
Textile Manufacturing
Packaging
Food & Beverage Packaging
Printing & Inks
Flexography,
Offset & Lithographic Printing
Applicable Processes: Brick Manufacturing,
Explosives Manufacturing,
Metal Manufacturing,
Petroleum Refining,
Textiles Manufacturing,
Wire Drawing Applications
Compatible Polymers & Resins: Acrylonitrile Butadiene Styrene (ABS),
Polyamides,
Polyethylenes (PE),
Polypropylenes (PP),
Polystyrenes (PS),
Polyvinyl Chloride (PVC)
Coating Type: Gelcoat,
Solventborne Coating
Ink & Toner Type: Flexography Ink,
Lithographic Ink,
Solventborne Ink
Plastics & Elastomers End Uses: Food Packaging,
Indirect Food Contact Applications