Cerakote® Glacier Forge C-8200 is engineered for reliable performance in extreme high-temperature environments. Formulated to withstand continuous temperatures up to 1,800°F, this advanced ceramic coating also resists severe thermal shock - including direct quenching in water without degradation. C-8200 maintains a durable silver-grey metallic finish even under the most demanding conditions. As part of the Cerakote Glacier Series, it is an air-cured, ready-to-spray ceramic coating designed for high-heat applications.
Note: This coating is PFAS-free.
Application
- Easy-to-apply, single-coat, air-cure formulation
- 70% solids content provides greater coverage than standard high-temperature coatings
- Self-leveling properties ensure a smooth, uniform finish
VOC compliant in all 50 states.
Performance
- Industry-leading corrosion resistance in both heated and unheated conditions
- Exceptional hot and cold adhesion
Check out the Resources section for product application guides, technical data sheets and SDS information.
Cerakote® Glacier Forge C-8200 is engineered for reliable performance in extreme high-temperature environments. Formulated to withstand continuous temperatures up to 1,800°F, this advanced ceramic coating also resists severe thermal shock - including direct quenching in water without degradation. C-8200 maintains a durable silver-grey metallic finish even under the most demanding conditions. As part of the Cerakote Glacier Series, it is an air-cured, ready-to-spray ceramic coating designed for high-heat applications.
Note: This coating is PFAS-free.
Application
- Easy-to-apply, single-coat, air-cure formulation
- 70% solids content provides greater coverage than standard high-temperature coatings
- Self-leveling properties ensure a smooth, uniform finish
VOC compliant in all 50 states.
Performance
- Industry-leading corrosion resistance in both heated and unheated conditions
- Exceptional hot and cold adhesion
Check out the Resources section for product application guides, technical data sheets and SDS information.