LINBRAZE is a leading manufacturer of metal powders, granules, pigments and brazing pastes for brazing, soldering and braze-welding, specializing in the technologies of metal atomization and post atomization, in the development and production of innovative products, such as non-ferrous and precious metal powders of high quality needed for a wide range of industrial technology applications. LINBRAZE is strongly focused in the field of component manufacturing for automotive industry, powder metallurgy, metal injection molding, surface coatings, diamond tools, metallic fillers, tool-making, cold cast applications, architectural applications, sculptures, dusting, printing inks, screen-printing, coatings on paper or foil substrates, industrial paints, decorative paints, antifoul paint additives.
atomized leaded bronze and "lead free" powders, mainly used for sintering purposes.
Copper based brazing pastes, the solution to save time and money.
specifically developed for the diamond tool industry, appreciated for their stability in the specific forming process.
consists in pure 99,99% silver pigment in flake. The SILFLOK pigments are used for food external decoration, in the covering of dragees and the decoration of sugar-coated flour confectionery.
As brazing and soldering specialists, we offers the most comprehensive inventory of brazing and soldering alloys.
We are pleased to inform you that LINBRAZE will be exhibiting at the next World PM2016 Congress & Exhibition edition, which will take place in Hamburg, Germany from 9 – 13 October 2016.
We are pleased to inform you that LINBRAZE will be exhibiting at the next Marmomacc 2016 edition, which will take place in Verona, Italy from Wednesday, 28th Sept. to Saturday, 1th Oct. 2016
SILCOT Series - Coating pan machines with automatic tilting for the production of sugar-base coat, chocolate, hazel-nuts, almonds, puffed rice and various different product, read more...
Bronze powders specifically developed for the diamond tool industry, appreciated for their stability in the specific forming process, read more...