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FORD WSS-M2P178-B - PAINT PERFORMANCE, HEAT RESISTANT COATING, 450 C MAX
February 10, 1997 - FORD

1. SCOPE This specification defined the performance requirements for a heat and corrosion resistant coating.

FORD WSS-M2P178-A2 - PAINT PERFORMANCE, HEAT RESISTANT COATING, 350 DEGREES C, MAX ***TO BE USED WITH FORD WSS-M99P1111-A***
August 28, 2002 - FORD

1. SCOPE These specifications define the performance requirements for a heat and corrosion resistant coating.

SAE AMS3604 - Heat Resistant Aluminized Paint
March 1, 2015 - SAE

Form This specification establishes requirements for a heat resistant aluminized organic coating with sufficient corrosion and erosion resistance for the finished substrate. Application The coating material covered by this specification is typically applied to the...

FORD WSS-M2P178-A3 - PAINT PERFORMANCE, CORROSION/HEAT RESISTANT COATING, 450 DEGREE C, MAX ***TO BE USED WITH FORD WSS-M99P1111-A***
March 17, 2009 - FORD

These specifications define the performance requirements for a heat and corrosion resistant coating for brake components.

FORD WSA-M2P170-A3 - PAINT PERFORMANCE, CORROSION/HEAT RESISTANT COATING, 650 DEGREE C, max ***TO BE USED WITH FORD WSS-M99P1111-A***
March 17, 2009 - FORD

These specifications define three levels of heat and corrosion resistant coatings for exhaust components.

FORD WSA-M2P170-A1 - PAINT PERFORMANCE, CORROSION/HEAT RESISTANT COATING, 150 °C, max ***TO BE USED WITH FORD WSS-M99P1111-A***
October 28, 2005 - FORD

These specifications define three levels of heat and corrosion resistant coatings for exhaust components.

FORD WSS-M2P178-A - PAINT PERFORMANCE, CORROSION/HEAT RESISTANT COATING, 250 DEGREES C, MAX ***TO BE USED WITH FORD WSS-M99P1111-A***
October 28, 2005 - FORD

These specifications define the performance requirements for a heat and corrosion resistant coating for brake components.

FORD WSA-M2P170-A2 - PAINT PERFORMANCE, CORROSION/HEAT RESISTANT COATING, 450 °C, MAX ***TO BE USED WITH FORD WSS-M99P1111-A***
October 28, 2005 - FORD

These specifications define three levels of heat and corrosion resistant coatings for exhaust components.

FORD M5J63-A - PAINT - ALUMINUM, HIGH HEAT RESISTANT
October 1, 1990 - FORD

1. SCOPE: The material desired under this standard is a high heat resistant aluminum paint.

FORD M5J77-A - PAINT, ALUMINUM, MEDIUM HEAT RESISTANT
April 1, 1983 - FORD

1. SCOPE: The material desired under this standard is a medium heat resistant aluminum paint.

FORD ESE-M99J1-A - PAINT, BLACK SILICONE - HEAT RESISTANT
July 19, 1978 - FORD

1. SCOPE The material defined by this specification is a black silicone high heat resistant paint.

GMP.ABS.014 - ABS - Heat Resistant
June 1, 2011 - GMNA

This specification covers the properties of a heat resistant, black, injection molding grade ABS compound. Paintability. Approved paint systems that can be used on this material are listed in the GM Approved Paint On Plastic Systems (GM APOPS) data base....

FORD ESB-M99J311-A - CHIP RESISTANT COATING, ONE-COMPONENT URETHANE - PAINTABLE, HEAT CURING, NON-MASKING ***TO BE USED WITH FORD WSS-M99P1111-A***
February 16, 2012 - FORD

The materials defined by these specifications are heat curing one-component urethane coatings which can be sprayed to an 203-279 μm film on cathodic electrocoated CRS and cathodic electrocoated galvanized steel. The material shall provide a paintable corrosion resistant...

GMW15196 - Coating, High-temperature Resistant
October 1, 2018 - GMW

Material Description. This specification covers two types of high-temperature resistant, anti-corrosion coating. Type A. Type A is a coating that is typically applied by a spray operation. It is capable of withstanding temperatures up to 450 °C without a loss of...

FORD ESB-M99J311-A2 - CHIP RESISTANT COATING - ONE-COMPONENT URETHANE - PAINTABLE, LOW HEAT CURING, NON-MASKING ***TO BE USED WITH FORD WSS-M99P1111-A***
February 16, 2012 - FORD

The materials defined by these specifications are heat curing one-component urethane coatings which can be sprayed to an 203-279 μm film on cathodic electrocoated CRS and cathodic electrocoated galvanized steel. The material shall provide a paintable corrosion resistant...

GMP.PMMA.012 - Acrylic - Weather Resistant, Heat Resistant
October 1, 2010 - GMNA

This specification covers the properties of transparent and integrally colored, weather resistant, heat resistant poly(methyl methacrylate). pellet form, injection molding compound. PAINTABILITY.Approved paint systems that can be used on this material are listed in the...

FORD ESB-M99J337-A - CHIP RESISTANT COATING, ONE-COMPONENT URETHANE, PAINTABLE, HEAT CURING, NONMASKING, 130 MICROMETER MINIMUM FILM THICKNESS **TO BE USED WITH FORD WSS-M99P1111-A***
February 16, 2012 - FORD

The materials defined by these specifications are heat curing one-component urethane coatings which can be sprayed to a 130 - 200 micrometer film on cathodic electrocoated CRS and cathodic electrocoated galvanized steel. The materials shall provide a paintable corrosion...

FORD ESB-M99J337-A2 - CHIP RESISTANT COATING, ONE-COMPONENT URETHANE, PAINTABLE, HEAT CURING, NON-MASKING, 130 MICROMETER MINIMUM FILM THICKNESS, ACCENT TOPCOAT COMPATIBLE **TO BE USED WITH FORD WSS-M99P1111-A***
February 16, 2012 - FORD

The materials defined by these specifications are heat curing one-component urethane coatings which can be sprayed to a 130 - 200 micrometer film on cathodic electrocoated CRS and cathodic electrocoated galvanized steel. The materials shall provide a paintable corrosion...

GMP.ABS.010 - ABS – Medium Heat Resistant, UV Stabilized
June 1, 2011 - GMNA

This specification covers the properties of a medium heat resistant, integrally colored, moderate impact resistant, UV stabilized, injection molding grade, ABS cpd. Printability. Approved paint systems that can be used on this material are listed in the GM APOPS...

FORD WSS-M2P170-B4 - PAINT PERFORMANCE, METAL SUBSTRATES, HEAT RESISTANT COATING, MODERATE VISIBILITY, 450 °C, max ***TO BE USED WITH FORD WSS-M99P1111-A***
October 18, 2013 - FORD

These specifications define the minimum heat and corrosion performance requirements for chassis and engine components

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