ZYP Aerosol High Emissivity Coatings Website

The Ultimate in Simplicity for Obtaining High-Emissivity (Blackbody) Coatings
–Using Non-Fluorocarbon, Solvent-based Carrier

CR-AEROSOL ..............................$70 per 13-oz. can
(Cr₂O₃, CHROMIUM OXIDE)… $804 for a CASE of 12 cans [or $67/can]

CE-AEROSOL ..............................$75 per 13-oz. can
(CeO₂, CERIUM OXIDE...............$852 for a CASE of 12 cans [or $71/can]

* Slow volatilization above 1100 C leads to limitation of use-temperature.

** G.C. = Glassy Carbon; M.S. = Magnesium Silicate

*** Reducing environments can limit use temperatures; melting point of CeO₂ = 2600 C.

PRICES

CR-AEROSOL: To 1100 C*, all atmospheres

(Cr₂O₃, CHROMIUM OXIDE) Normal Total Emittance.......... >0.90

Specifications for Both Aerosols

Aerosol High-Emissivity Coatings

CE-AEROSOL: From 1100 C to over 1600 C***, all atmospheres

(CeO₂, CERIUM OXIDE) Normal Total Emittance.........>0.90

Shelf Live....................................................Over 6 months
Coverage.....................................................30-50 sq.ft./can
Outgas Temp.............................................. 350-600 C
Outgas Products ........................................ H2O/COx
H, F, R Ratings ...........................................2-4-0
Substrate Use .............................................All
Carrier ..........................................................Acetone, Propane, Butane, Alcoho
Fired Composition .............................................1% G.C.**
2% M.S.**
Balance Cr₂O₃ or CeO₂
Color ............................................................Green for Cr₂O₃, Cream-Tan for CeO₂

These recommendations are believed to be accurate. No guarantee of their accuracy is made and the products are sold without warranty, expressed or implied. Purchasers shall make their own tests to determine suitability of their use.

Aerosol high-emissivity paints are now, for the first time, available to allow easy application of a uniform, thin coating of the best blackbody compounds for temperature ranges from room temperature to over 1600 C in all atmospheres and for all substrates – whether dense, porous, or fibrous.

Thus, with the convenient aerosol spray can, coatings of either Cr₂O₃ or CeO₂ can be applied to refractory surfaces such as

• Kilns • Ovens • Burner Blocks • Fireboxes • Radiant Tubes
• All types of furnaces – brick, blanket, board, or fiber-lined • Castables

to improve performance by

            • PROVIDING TEMPERATURE UNIFORMITY AND EVEN HEATING
            • EXTENDING REFRACTORY LIFE BY REDUCING HOTSPOTS & FLUXING
            • INCREASING PRODUCTION WITH FASTER HEATUPS AND COOLDOWNS
            • SAVING ENERGY WITH MORE EFFICIENT THROUGHPUT
            • REDUCING SURFACE DUSTING/SPALLING