Product code: EMM.915020
Available to order
Colad UV Putty Coarse (915020). Specifications. Ready-to-use UV Putty for filling small cracks, dents and stone chips. The Colad Fast Curing System UV Putty Coarse is an all-round UV putty, perfect for smart and spot repair. The putty is a one-component product, making it easy to apply. Can be applied to various surfaces, like metal and plastics. The putty can be applied with a pallet knife or rubber, and the convenient tube makes dosing simple. Easy to dry with the Colad UV Curing Light, curing time depends on exposure distance and layer thickness. Ready for further processing immediately. Features. 1-component putty. Delivered in a black, UV-resistant tube. For filling small cracks, dents and stone chips. Benefits. Ready to use; no need to add a hardener. Easy dosing thanks to the tube. Smooth application. Specially designed to fill cracks, dents and stone chips. Multiple thin layers can be applied right after each other. Curing time depends on exposure distance and layer thickness.
Product code: EMM.915020
Available to order
Colad UV Putty Coarse (915020). Specifications. Ready-to-use UV Putty for filling small cracks, dents and stone chips. The Colad Fast Curing System UV Putty Coarse is an all-round UV putty, perfect for smart and spot repair. The putty is a one-component product, making it easy to apply. Can be applied to various surfaces, like metal and plastics. The putty can be applied with a pallet knife or rubber, and the convenient tube makes dosing simple. Easy to dry with the Colad UV Curing Light, curing time depends on exposure distance and layer thickness. Ready for further processing immediately. Features. 1-component putty. Delivered in a black, UV-resistant tube. For filling small cracks, dents and stone chips. Benefits. Ready to use; no need to add a hardener. Easy dosing thanks to the tube. Smooth application. Specially designed to fill cracks, dents and stone chips. Multiple thin layers can be applied right after each other. Curing time depends on exposure distance and layer thickness.