KOVAX ASSILEX LEMON sheets has an unique grain structure.
KOVAX ASSILEX LEMON sheets properties:
1. Innovative latex backing.
2. Unique grain structure.
3. Up to 50% time saving.
4. No scuffing compounds needed.
5. Dry sanding, no water needed.
The innovative latex backing and the unique grain structure result in extremely uniform and shallow scratches.Maximum control during primer and topcoat sanding allows up to 50% time saving. "Super Assilex" prevents potential problems in the rest of the sanding process.
KOVAX ASSILEX LEMON sheets is the perfect sanding medium that provides speed, uniform coverage and extremely shallow sanding pattern. It prevents irregular scratches caused by Non-woven products or the risk of over-sanding caused by standard abrasive sheets. No Scuffing Compounds needed, no color residues to clean-up.
"Assilex" is the better alternative for traditional scuffing methods and conventional abrasive discs. The most significant difference lies in the grain structure, which enables you to sand much more efficient and above all leaves a uniform sanding result. "Assilex" is used without having to add any water or pastes and is therefore also a very clean solution. These special aspects make Assilex unique and allow for labour time savings of approximately 30 up to 50%! "Assilex" is used for sanding (polyester-) putty, primer, blending zones and as a final step before applying the basecoat.
There are 25 pcs. in one box
"KOVAX" is company from Japan. Company create products that make work easier and more enjoyable for customers and believe that this is the way for both customers and theirs to become further enriched.
"KOVAX" Evaluating products based on region, industry, application, work material, and method of use, and only those products that pass evaluation are commercialized. "Kovax" Corporation use only raw materials that have passed a wide variety of tests and are manufactured under a control system of international standards in order to deliver to customers quality that is beyond their expectations.
