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Glass abrasives - Austria

Austria
  1. HSI-SOLUTIONS GMBH

    Austria

    Wholesale and retail trade for industry, metal and steel construction, architecture and design. Balls made from all materials: PRECISION BALLS made from steel, stainless steel, brass, bronze, aluminium, glass and plastic CARBIDE, aluminium oxide, ceramic, lead, wood and rubber balls POLISHED BALLS, pins and bodies made from steel, stainless steel, glass, ceramic and wood IRON BALLS: Solid and hollow, grinding balls and abrasives BRASS BALLS: Solid and hollow, with thread, half shells, bronze balls PLASTIC BALLS: Polyamide, Hostaform, Teflon, polypropylene, polyethylene, polyurethane, etc. ELECTROPLATED FLOAT BALLS POLYSTYRENE BALLS COLOURED DECORATIVE BALLS ACRYLIC LUMINAIRE COVER BALLS CYLINDER ROLLERS NEEDLE ROLLERS made of steel and stainless steel according to DIN 5 402 MACHINE HANDLES made of plastic and aluminium.

  2. ATT ADVANCED THERMAL TECHNOLOGIES

    Austria

    We manufacture smart and flexible heating foils that can be integrated into furniture, cabins, or even glass-clear applications. We were developed in the aerospace industry, and work with you from concept through design with our engineering team to realize your hybridized smart heating-on-demand final product. The thinnest on the market, we have a library of experience from Aerospace to Architecture to get our smart heating foils smoothly integrated and industrialized. We are automotive certified and can ramp up production to cater for worldwide demand. With 29% R&D quota for 2017, we own exemplary know-how to keep you at the forefront of technology-enhanced smart surface USP. PTC Heating is not a new technology. It is very simple and safe! Where we have excelled is in working with client projects to provide true intelligent heating on demand in the toughest of environments. Our space-saving heating elements have seen every corrosive and abrasive environment from exhaust gases to bulletproof robustness testing and survived. We pride ourselves on knowing what we do, not just with the homogenous thermoelectric design, but numerically proving our concepts with computer simulations that show the transient heat-up behavior of our highly optimized PTC heating effect. We don't produce prototypes before validating how we expect our heating systems to behave.