Advanced Ceramic Coating for Extreme Temperature Protection
Introducing emiSEAL
One-of-a-kind coating developed and researched in India
Advanced Ceramic Coating for Extreme Temperature Protection
Introducing emiSEAL
One-of-a-kind coating developed and researched in India
About emiSEAL
emiSeal is a high-emissivity ceramic coating which radiates heat from refractory walls of furnaces onto the cooler load in the furnace. The coating enhances the thermal efficiency of the furnace, resulting in fuel savings.
emiSeal is engineered to protect refractory linings in extremely high-temperature environments, up to 1200°C., this inorganic binder-based coating system ensures both longevity and thermal efficiency.
emiSeal lowers the residual heat in the refractory walls and results in reducing thermal shock. This significantly enhances the performance and durability of refractory linings, and helps reduce downtime.
emiSeal is engineered to protect refractory linings in extremely high-temperature environments, up to 1200°C., this inorganic binder-based coating system ensures both longevity and thermal efficiency.
emiSeal lowers the residual heat in the refractory walls and results in reducing thermal shock. This significantly enhances the performance and durability of refractory linings, and helps reduce downtime.
Innovators of Advanced Heat Management Coatings
Novota, an industry leader in the manufacturing & supply of functional coatings, is globally recognized for its custom-engineered solutions in heat management. Their dedication to innovation is evident in their development of energy-efficient, high-emissivity refractory coatings.
Features
Withstands up to 1200°C
Emits heat back
Offers long-lasting protection
Easy to apply
Uniform heat distribution
Promotes effective energy conservation
Benefits
01
Ready-to-apply coating
02
Achieves optimal thermal performance
03
Extends lifespan
04
Reduces operational downtime
05
Reduces maintenance costs
06
Leads to lower energy consumption
07
Minimizes the risk of thermal damage
08
Contributes to a lower carbon footprint
Applications
Furnaces
Combustion Chambers
Kilns
Ovens
FAQs
What is the typical durability of our high emissivity coating?
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Are there any safety considerations or precautions when applying high-emissivity coatings?
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How does high emissivity coating contribute to sustainability?
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Are there any environmental considerations associated with high emissivity coatings?
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Does this coating require re-application?
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