ALEXSEAL - FAIRING COMPOUNDS

 
 
 
Part No Description Unit Price Quantity
ALXC20172G 202 Fast Converter Red 2GL $ 261.12
ALXC2017HG 202 Fast Converter Red HG $ 83.79
ALXC20752G 202 Converter Dark Gray 2GL $ 261.12
ALXC2075HG 202 Converter Dark Gray HG $ 83.79
ALXP20942G Alexseal Fairing Compound 202 White 2GL $ 261.12
ALXP2094HG Fairing Compound 202 White HG $ 83.79

Epoxy-based Light-weight Filler

ALEXSEAL® Fairing Compound 202 is a solvent-free, epoxy-based, light-weight filler, which provides the ideal product for yachts that require filling and fairing. ALEXSEAL® Fairing Compound 202 has excellent application, sanding and anti-sagging properties. It is designed to be easy to mix and apply, while the cured film provides an excellent surface for re-coating with other ALEXSEAL® Yacht Coating products.

 

Product Details

RANGE OF APPLICATION
ALEXSEAL® Fairing Compound 202 is used for fairing all appropriately prepared surfaces and can be used for surfaces above and below the waterline. If ALEXSEAL® Fairing Compound 202 is used below the waterline it must be sealed with ALEXSEAL® Finish Primer 442.

COLORS
Color of mixture: Gray
Base material: White
Thick Base: White
Standard Converter: Gray
Fast Converter: Red

 

 

 

ALEXSEAL® Fairing Compound 202 has excellent application, sanding and antisagging
properties. It is designed to be easy to mix and apply, while the cured film provides an excellent surface for re-coating with other ALEXSEAL® Yacht Coating products. This compound cures without shrinking.

ALEXSEAL® Fairing Compound 202 is used for fairing all appropriately prepared surfaces and can be used for surfaces above and below the waterline. If ALEXSEAL® Fairing Compound 202 is used below the waterline it must be sealed with ALEXSEAL® Finish Primer 442 or Finishing Primer 401.

Mixing ratio

1 part by volume P2094 ALEXSEAL® Fairing Compound 202
1 part by volume C2075 ALEXSEAL® Fairing Compound 202 Converter or C2017
ALEXSEAL® Fairing Compound 202 Fast Converter
ALEXSEAL® Fairing Compound 202 must not be reduced