HIGH TEMPERATURE METAL FASTENING DEVICES

Brand Owner (click to sort) Address Description
QUICKVEE Silicon Refractory Anchoring Systems B.V. Monsterseweg 2 2291 PB Wateringen Netherlands High temperature metal fastening devices to anchor refractory material during the construction of industrial furnaces; heat resistant metallic dual component anchor for the repair and construction of industrial high-temperature processing equipment; metallic dual component anchor for anchoring in concrete-like materials;QUICK V;QUICK VEE;
SPEEDBAR Silicon Refractory Anchoring Systems B.V. Monsterseweg 2 2291 PB Wateringen Netherlands High temperature metal fastening devices used to anchor refractory material during the construction of industrial furnaces; anchors of metal for anchoring in concrete;SPEED BAR;
SPEEDCELL Silicon Refractory Anchoring Systems B.V. Monsterseweg 2 2291 PB Wateringen Netherlands High temperature metal fastening devices used to anchor refractory material during the construction of industrial furnaces;SPEED CELL;
SPEEDHEX Silicon Refractory Anchoring Systems B.V. Monsterseweg 2 2291 PB Wateringen Netherlands High temperature metal fastening devices to anchor refractory material during the construction of industrial furnaces;SPEED HEX;
SPEEDVEE Silicon Refractory Anchoring Systems B.V. Monsterseweg 2 2291 PB Wateringen Netherlands High temperature metal fastening devices to anchor refractory material during the construction of industrial furnaces; heat resistant metallic dual component anchor for the repair and construction of industrial high-temperature processing equipment; metallic dual component anchor for anchoring in concrete-like materials;SPEED V;SPEED VEE;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A heat exchanger used in a screw air compressor has a low temperature chamber through which low temperature fluid flows and a high temperature chamber through which high temperature fluid flows. The low temperature chamber and the high temperature chamber are separated by a partition plate. The high temperature chambers and the low temperature chambers are alternately arranged in layers, so that the low temperature chambers are disposed at both ends in a layered direction. Additionally, the flowing direction of the low temperature fluid in the low temperature chambers and the flowing direction of the high temperature fluid in the high temperature chambers are substantially orthogonal to each other.