FORREST Technical Coatings High Temp Coatings For Biomass Equipment
Manufacturers and facilities in the biomass processing industry use our coatings to protect equipment operating at elevated temperatures. Our coatings are used on Regenerative Thermal Oxidizers (RTOs), pellet manufacturing equipment, biomass-powered furnaces, biomass production equipment, landfill flares, and biomass-powered emissions control systems, and in other biomass applications.
Coatings for Steam & Industrial Boilers
Steam and industrial boilers operate under continuous high temperatures while being exposed to moisture, thermal cycling, and corrosive combustion byproducts. Our high-temperature coatings help protect boiler exteriors and auxiliary equipment from corrosion and heat-related degradation, extending service life and maintaining appearance in demanding operating environments.
Coatings for Pellet Manufacturing Equipment & Biomass Processing Equipment
Pellet manufacturing equipment and other biomass processing equipment operate under elevated temperatures and are often exposed to abrasion, moisture, and outdoor weathering. Our high-temperature coatings help protect equipment surfaces from corrosion and heat-related degradation, supporting long-term durability and reliable operation in demanding biomass processing environments.
Coatings for RTOs & Emissions Control Systems
Regenerative Thermal Oxidizers (RTOs) and emissions control systems are exposed to sustained high exhaust temperatures, thermal cycling, and corrosive combustion byproducts. Our high-temperature coatings provide durable protection for exterior surfaces, helping reduce corrosion and maintain long-term performance in demanding industrial environments.
Coatings for Landfill Gas Flares
Landfill gas flare stacks are exposed to extreme, cyclical heat along with outdoor weathering and corrosive combustion gases. Our high-temperature coatings help protect flare exteriors from corrosion and heat-related deterioration, supporting long-lasting performance in waste-to-energy applications.
Choose A Coating By Temperature Range
216P Primer + 214E Series Topcoat:
216P Primer: A 3.5 VOC or lower phenolic modified alkyd universal primer designed for use under various topcoats including alkyds, acrylics, vinyl, epoxies, and urethanes.
214E Series Topcoat: A Low-VOC versatile gloss alkyd enamel under 3.5 lbs/gal VOC. For use on substrates with interior or exterior exposure. Provides a durable and attractive finish for all types of industrial and agricultural equipment. Excellent application properties and quick dry to increase production. This product may be used direct-to-metal. For improved corrosion resistance, use a Forrest industrial primer.
Low-Range (less than 400° F (204° C)
-
Color
Black, Red, Gray -
Sheen
Flat and Satin (Black) -
VOC
409 – 420 g/L ± 2 -
Adhesion
5B
ASTM D3359 -
Impact Resistance
>120 in-lbs
ASTM D2794-90 -
Gloss @ 60°
2 - 15
ASTM D523-14
-
VOC
398 – 417 g/L
<3.5 lbs/gal -
Gloss @ 60º
60+ -
Dry to Handle
30 minutes -
Recoat
<4 hours or after 24 hours
54H050 High Temp Red Oxide Primer + 64E Series Topcoat:
A system for the medium range of high temperature applications (400°F – 550°F) (204°C-288°C).
54H050: A silicone epoxy co-polymer high-temperature primer designed to give excellent corrosion resistance in ambient or high temperature conditions up to 1100° F (593° C).
64E: Premium Acrylic Modified Alkyd Enamel Tested for corrosion resistance up to 550° F (288° C) with moderate color shift. May be catalyzed with 46K001 for enhanced performance.
Medium Range: (400° F - 550° F) (204° C-288° C)
-
VOC
645 ±2 g/L
-
Dry to Handle
30 mins
-
Adhesion
5B
ASTM D3359 -
Salt Fog
336 hours (ambient)
ASTM B117/D1654
-
VOC
427.5 ± 2 g/L
3.6 ± 0.5 lbs/gal -
Dry to Touch
Catalyzed - 15 mins
Uncatalyzed - 1 hr -
Adhesion
4B
ASTM D3359 -
Impact Resistance
120 in-lbs
ASTM D2794-90
54H050 High Temp Red Oxide Primer + 62H Topcoat:
A primer and top coat system for equipment operating at the highest end of the temperature range.
54H050: A silicone epoxy co-polymer high-temperature primer designed to give excellent corrosion resistance in ambient or high temperature conditions up to 1100° F (593° C).
62H290: A flat black modified silicone heat resistant coating designed for rapid curing and good working properties over ferrous and non-ferrous metal surfaces.
High Range (800° F -1100° F) (427° C - 593° C)
-
VOC
645 ±2 g/L -
Dry to Handle
30 mins -
Adhesion
5B
ASTM D3359 -
Salt Fog
336 hours (ambient)
ASTM B117/D1654
-
Dry to handle
30 mins -
Adhesion
5B
ASTM D3359 -
Pencil Hardness
2H
ASTM D3363 2 -
Impact Resistance
80 in-lbs
ASTM D2794-90
251H Series
Infernex® LZ-1100 (251H): A silicone/zinc high heat resistant coating designed for application on ferrous and properly prepared non-ferrous metals with exterior exposure. This product is also sold as 251H031, 251H103, 251H201, 251H050, 251H400, 251H800 and 251H219.
Color: Silver, Off White, Charcoal, Metallic Brown, Sky Blue, Sand, and Black
Sheen: Flat
Zinc Enriched for Superior Corrosion Protection up to 1100° F (593° C)
-
Dry to handle
30 mins -
Pencil Hardness
H
ASTM D3363
-
Salt Fog
200 hours
ASTM B117/D1654 -
Accelerated Weathering
100% gloss retention 300 hours QUV A
ASTM D4587-11 -
Adhesion
4B
ASTM D3359 -
Adhesion after burn
1hr
1200°F (648°C)
4B
Surface Preparation Guidance
For best results, surfaces should be cleaned and properly prepared before coating application. Removing rust, scale, and debris improves adhesion and long-term corrosion resistance across all biomass, boiler, RTO, and emissions control applications.
More About High Temperature Coatings
Ask About Our High Temperature Coatings
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FAQs
Q: What coating should be used on a Regenerative Thermal Oxidizer (RTO)?
A: Regenerative Thermal Oxidizers operate at sustained high exhaust temperatures and require a coating system formulated for continuous heat exposure and corrosion resistance. Forrest’s high-temperature coatings are designed to protect RTO shells and ductwork at temperatures up to 1100°F (593°C).
A: Each 13 oz. aerosol can produces approximately 100 marks, depending on the size of the mark, wood porosity, and application method.
Q: What paint can withstand steam boiler temperatures?
A: Steam boiler exteriors require a coating system rated for sustained high heat and repeated thermal cycling. Forrest’s 54H050 primer paired with a 64E or 62H290 topcoat is formulated for boiler and auxiliary equipment surfaces operating between 400°F and 1100°F (204°C to 593°C).
Q: Can high-temperature coatings protect landfill gas flares?
A: Yes. Landfill gas flare stacks are exposed to extreme, cyclical heat and corrosive combustion byproducts. Forrest’s zinc-enriched and high-temperature coating systems are formulated to protect flare stack surfaces up to 1100°F (593°C).
Q: How do I choose a coating for pellet mill or biomass processing equipment?
A: Coating selection depends on the equipment’s operating temperature, exposure to friction and weathering, and duty cycle. Forrest’s technical team can recommend a primer and topcoat system based on your specific pellet mill or processing equipment’s operating conditions contact us to discuss your application.
Q: How often do biomass and industrial equipment coatings need to be reapplied?
A: Reapplication timing depends on operating temperature, duty cycle, and environmental exposure. Facilities should inspect coated surfaces periodically for signs of wear or corrosion and consult Forrest’s technical team for a maintenance recoat recommendation specific to their equipment.