Adhesives & Sealants > Latin America

Honeywell Specialty Additives

A-C® 325
(raw materials)

Honeywell Specialty Additives - Oxidized PE Homoploymers are available in low, medium and high density. These products emulsify easily with anionic and cationic surfactants. Major applications include paper coatings and lubricants, ceramic binders, textile softener.

A-C® 330
(raw materials)

Honeywell Specialty Additives - Oxidized PE Homoploymers are available in low, medium and high density. These products emulsify easily with anionic and cationic surfactants. Major applications include paper coatings and lubricants, ceramic binders, textile softener.

A-C® 392
(raw materials)

Honeywell Specialty Additives - Oxidized PE Homoploymers are available in low, medium and high density. These products emulsify easily with anionic and cationic surfactants. Major applications include paper coatings and lubricants, ceramic binders, textile softener.

A-C® 3A
(raw materials)

Honeywell Specialty Additives - PE Homopolymer for use in hot melt adhesives, cable fill, candles, PVC processing flexography, lithography, and other applications.

A-C® 400
(raw materials)

Honeywell Specialty Additives - Ethylene - vinyl acetate copolymer that provides greater compatibility and solubility with most materials than PE homopoly of the same hardness. Major applications include adhesives, lubricants, PVC processing, candles.

A-C® 5120
(raw materials)

Honeywell Specialty Additives - Ethylene - acrylic acid copolymer that is extremely stable at elevated temperatures. This copolymer can produce emulsions with very light color and possesses adhesive properties on polar surfaces. Major applications include hot melt and pressure sensitive adhesives.

A-C® 540
(raw materials)

Honeywell Specialty Additives - Ethylene - acrylic acid copolymer with a density of .93 g/cc that is extremely stable at elevated temperature. This product produces emulsions with very light color and possesses adhesive properties on polar surfaces. Major applications include hot melt and pressure sensitive adhesives.

A-C® 580
(raw materials)

Honeywell Specialty Additives - Ethylene - acrylic acid copolymer that is extremely stable at elevated temperatures. This product has a viscosity of 650cps, a bulk density of 508 kg/m3 and produces emulsions with very light color and possesses adhesive properties on polar surfaces. Major applications include hot melt and pressure sensitive adhesives.

A-C® 6
(raw materials)

Honeywell Specialty Additives - It is supplied as a white prill, 2-3mm diameter, essentially free of foreign material.

A-C® 629
(raw materials)

Honeywell Specialty Additives - It is supplied as a white to pale yellow prill, 2-3 mm diameter, essentially free of foreign material.

A-C® 629P
(raw materials)

Honeywell Specialty Additives - Oxidized polyethylene with a density of .93 g/cc and a viscosity of 400 cps that has multiple uses in many applications.

A-C® 8
(raw materials)

Honeywell Specialty Additives - It is supplied as a white prill, 2-3 mm diameter, essentially free of foreign material.

A-C® 8CF
(raw materials)

Honeywell Specialty Additives - Polyethylene that is essentially insoluble in common solvents at room temperature. Major applications include hot melt and solvent borne adhesives.

A-C® 9
(raw materials)

Honeywell Specialty Additives - It is supplied as a white powder, essentially free of foreign material.

A-C® PERFORMANCE ADDITIVES FOR ADHESIVES
(Brochure)

Honeywell Specialty Additives - Typical properties of the A-C product line from Honeywell.

A-C® PERFORMANCE ADDITIVES FOR ADHESIVES
(Brochure)

Honeywell Specialty Additives - Chart of typical properties.

ACUMIST® A-18
(raw materials)

Honeywell Specialty Additives - Available in several grades with particle size ranging from 6 to 45 microns. Readily disperses into water and is surfactant free. Major applications include coatings, inks and overprint varnishes, toners, cosmetics and personal care.

HONEYWELL A-C® LOW MOLECULAR WEIGHT POLYOLEFINS FOR HOT MELT ADHESIVES
(Article)

Honeywell Specialty Additives - Technical article.