Products in Coil Coatings: Masonry

VINNOL® H 30/48 M is a terpolymer consisting of approximately 70 wt.% vinyl chloride (VC), 29 wt.% vinyl acetate (VAc), and 1 wt.% dicarboxylic acid. It contains carboxylate groups within its structure. This product is primarily employed as a binder for surface coating compounds and printing inks. VINNOL® H 30/48 M acts as a thermoplastic, physically drying binder that forms a film upon evaporation of the solvent in the formulation.

VINNOL® H 11/59 is a copolymer composed of approximately 89 wt.% vinyl chloride (VC) and 11 wt.% vinyl acetate (VAc). Its primary application lies in serving as a binder for surface coating compounds and printing inks. As a thermoplastic and physically drying binder, VINNOL® H 11/59 undergoes a film-forming process when the solvent within the formulation evaporates.

NyloTex 50 is Micronized Nylon 66 for adding texture and surface durability to high temperature coatings.Features and Benefits Provides a uniform and controlled surface texture Imparts surface toughness and durability High melting point polymer is ideal for use in baking or high temperature curing systems Easy to disperse fine powder that can be incorporated with high speed mixing Adds texture in low bake (Low E) powder coatings

NyloTex 140 is Micronized Nylon 66 for adding texture and surface durability to high temperature coatings.Features and Benefits Provides a uniform and controlled surface texture Imparts surface toughness and durability High melting point polymer is ideal for use in baking or high temperature curing systems Easy to disperse fine powder that can be incorporated with high speed mixing Adds texture in low bake (Low E) powder coatings

Micro Powders Inc MP-22VF is a high performance, versatile grade of micronized Fischer-Tropsch wax for improved slip, scratch and rub resistance in a wide variety and paints, coatings and inks.Features and Benefits Imparts a high degree of lubricity and slip with rub and mar resistance Provides antiblocking properties Gives long-lasting water beading and weather resistance to exterior alkyd-based stains Easy to disperse fine powder that can be incorporated with high speed mixing Biodegradable to OECD 302C test standard Not a microplastic per ECHA definitions

Micro Powders Inc MP-22XXF is High performance, versatile grade of micronized Fischer-Tropsch wax for improved slip, scratch and rub resistance in a wide variety and paints, coatings and inks.Features and Benefits Imparts a high degree of lubricity and slip with rub and mar resistance Provides antiblocking properties Gives long-lasting water beading and weather resistance to exterior alkyd-based stains Easy to disperse fine powder that can be incorporated with high speed mixing Biodegradable to OECD 302C test standard Not a microplastic per ECHA definitions

NyloTex 200 is Micronized Nylon 66 for adding texture and surface durability to high temperature coatings.Features and Benefits Provides a uniform and controlled surface texture Imparts surface toughness and durability High melting point polymer is ideal for use in baking or high temperature curing systems Easy to disperse fine powder that can be incorporated with high speed mixing Adds texture in low bake (Low E) powder coatings

Micro Powders Inc MP-26VF is High performance, versatile grade of micronized Fischer-Tropsch wax for improved slip, scratch and rub resistance in a wide variety and paints, coatings and inks.Features and Benefits Imparts a high degree of lubricity and slip with rub and mar resistance Provides antiblocking properties Gives long-lasting water beading and weather resistance to exterior alkyd-based stains Easy to disperse fine powder that can be incorporated with high speed mixing Biodegradable to OECD 302C test standard Not a microplastic per ECHA definitions

Polyfluo® 190A is unique, high performance composite of low density polyethylene and PTFE for maximum abrasion and burnish resistance with superior surface durability.Features and Benefits High performance product for improving surface abrasion resistance and film toughness Synergistic wax combination that enhances PTFE mobility to the coating surface Low density polyethylene provides superior surface toughness, durability and mar resistance PTFE dramatically enhances abrasion resistance, antiblocking and film hardness Conforms to (EU) 2017/1000

Micro Powders Inc MP-22XF is a high performance, versatile grade of micronized Fischer-Tropsch wax for improved slip, scratch and rub resistance in a wide variety and paints, coatings and inks.Features and Benefits Imparts a high degree of lubricity and slip with rub and mar resistance Provides antiblocking properties Gives long-lasting water beading and weather resistance to exterior alkyd-based stains Easy to disperse fine powder that can be incorporated with high speed mixing Biodegradable to OECD 302C test standard Not a microplastic per ECHA definitions

Polyfluo® 900A unique ceramic fortified composite of low density polyethylene and PTFE for maximum abrasion and burnish resistance, surface durability and anti-blocking.Features and Benefits High performance product for maximizing surface abrasion resistance (Taber) and film toughness Fortified with hard, inert, semi-transparent spherical ceramic for maximum abrasion resistance Low density polyethylene provides superior surface toughness, durability and mar resistance PTFE enhances abrasion resistance, antiblocking and film hardness Easy to disperse fine powder that can be incorporated with high speed mixing

Micro Powders Inc MP-28XF is Higher molecular weight grade of Fischer-Tropsch wax for improved slip, scratch and rub resistance.Features and Benefits Imparts a high degree of lubricity and slip with rub and mar resistance Processed to a fine and narrow particle size distribution Excellent gloss retention Provides antiblocking properties Biodegradable to OECD 302C test standard Not a microplastic per ECHA definitions

Micro Powders Inc MP-22C is Spherical grade of Fischer-Tropsch wax for improved slip, scratch and rub resistance.Features and Benefits Imparts a high degree of lubricity and slip with rub and mar resistance Processed to an extremely fine and narrow particle size distribution Excellent gloss retention Provides antiblocking properties Biodegradable to OECD 302C test standard Not a microplastic per ECHA definitions

Micro Powders Inc MP-28C is Spherical higher molecular weight grade of Fischer-Tropsch wax for improved slip, scratch and rub resistance.Features and Benefits Imparts a high degree of lubricity and slip with rub and mar resistance Processed to a fine and narrow particle size distribution Excellent gloss retention Provides antiblocking properties Biodegradable to OECD 302C test standard Not a microplastic per ECHA definitions

Polyfluo® 190S is a unique, high performance composite of low density polyethylene and PTFE for maximum abrasion and burnish resistance with superior surface durability.Features and Benefits High performance product for improving surface abrasion resistance and film toughness Synergistic wax combination that enhances PTFE mobility to the coating surface Low density polyethylene provides superior surface toughness, durability and mar resistance PTFE dramatically enhances abrasion resistance, antiblocking and film hardness Conforms to (EU) 2017/1000

PropylMatte 31SA is Finely micronized PTFE modified polypropylene for consistent matting and gloss control with surface slip, abrasion and burnish resistance.Features and Benefits Efficient gloss reduction from satin to matte finish Polypropylene improves burnish resistance vs. inorganic flattening agents PTFE provides additional abrasion resistance, enhanced lubricity and surface slip Density optimized for maximum stability in water based and energy curable systems Adds texture in low bake (Low E) powder coatings

Micro Powders Inc MP-22 is a high performance, versatile grade of micronized Fischer-Tropsch wax for improved slip, scratch and rub resistance in a wide variety and paints, coatings and inksFeatures and Benefits Imparts a high degree of lubricity and slip with rub and mar resistance Provides antiblocking properties Gives long-lasting water beading and weather resistance to exterior alkyd-based stains Easy to disperse fine powder that can be incorporated with high speed mixing Biodegradable to OECD 302C test standard Not a microplastic per ECHA definitions

NyloTex 20 is Micronized Nylon 66 for adding texture and surface durability to high temperature coatings.Features and Benefits Provides a uniform and controlled surface texture Imparts surface toughness and durability High melting point polymer is ideal for use in baking or high temperature curing systems Easy to disperse fine powder that can be incorporated with high speed mixing Adds texture in low bake (Low E) powder coatings

PropylMatte 31HD is Finely micronized densified polypropylene for consistent matting and gloss control with superior in- can stability in water-based paints, coatings and inks.Features and Benefits Efficient gloss reduction from satin to matte finish Improves burnish resistance vs. silica mattifiers Particle density optimized to essentially eliminate flotation or settling in most water based systems Imparts non-slip properties For more efficient matting with a fine microtexture, try PropylTex 325HD/270HD

IrisBlend W BISMUTH YELLOW (XGL) is a series of water-based colorants, specific for architectural paints for interiors and exteriors, designed to be used with tinting equipment. Our colorants are binder-free, VOC-free, APE-free, formaldehyde-free and allow the final product to meet the most stringent health and environmental regulations. IrisBlend W colorants are produced based on strict quality specifications for perfect reproducibility of color strength, tone and rheology.

IrisBlend W BLACK OXIDE (XNO) is a series of water-based colorants, specific for architectural paints for interiors and exteriors, designed to be used with tinting equipment. Our colorants are binder-free, VOC-free, APE-free, formaldehyde-free and allow the final product to meet the most stringent health and environmental regulations. IrisBlend W colorants are produced based on strict quality specifications for perfect reproducibility of color strength, tone and rheology.

IrisBlend W SCARLET (XRG) is a series of water-based colorants, specific for architectural paints for interiors and exteriors, designed to be used with tinting equipment. Our colorants are binder-free, VOC-free, APE-free, formaldehyde-free and allow the final product to meet the most stringent health and environmental regulations. IrisBlend W colorants are produced based on strict quality specifications for perfect reproducibility of color strength, tone and rheology.

IrisBlend W GREEN OXIDE (XVO) is a series of water-based colorants, specific for architectural paints for interiors and exteriors, designed to be used with tinting equipment. Our colorants are binder-free, VOC-free, APE-free, formaldehyde-free and allow the final product to meet the most stringent health and environmental regulations. IrisBlend W colorants are produced based on strict quality specifications for perfect reproducibility of color strength, tone and rheology.

IrisBlend W ORANGE OXIDE (XBR) is a series of water-based colorants, specific for architectural paints for interiors and exteriors, designed to be used with tinting equipment. Our colorants are binder-free, VOC-free, APE-free, formaldehyde-free and allow the final product to meet the most stringent health and environmental regulations. IrisBlend W colorants are produced based on strict quality specifications for perfect reproducibility of color strength, tone and rheology.

IrisBlend W BLUE OXIDE (XLR) is a series of water-based colorants, specific for architectural paints for interiors and exteriors, designed to be used with tinting equipment. Our colorants are binder-free, VOC-free, APE-free, formaldehyde-free and allow the final product to meet the most stringent health and environmental regulations. IrisBlend W colorants are produced based on strict quality specifications for perfect reproducibility of color strength, tone and rheology.