Cement turtle nets wear elbow

Shells network is also known as thermal wear resistant lining. Its production process is divided into the following categories: 1. Surface preparation: floating dust blown off, grinding to rust 2. wipe resistant ceramic coating: The wear-resistant material and the adhesive powder, stir, and then fill in inner shells grid after welding, wear-resistant materials to ensure that all enrichment within each grid, after wiping lining wear layer should be smooth, flat, no significant irregularities seamless welding seam 3. shells network: requires four Grid more than two pads (if they had one each pad 10cm) additional minimum caliber shells produced by Bo Yang, net of DN100, the largest diameter can be infinitely increased. The only thing serious bump in the transport process. Cement turtle nets wear elbow is particularly suitable for large-diameter high temperature, wear-resistant pipe manufactured milling system for boiler powder feeding system and pneumatic ash flue systems. Amount made all kinds of pipe, straight pipe, shaped pipe or lining the large field Applicable industries: iron and steel industry, petrochemical industry, cement plants, the main component of cement turtle nets wear elbow There are three kinds: 1. 2. Pipe 3. turtle nets wear clay Its performance is divided into the following five kinds: 1. wear impact toughness: turtle nets wear clay with high wear resistance and practicality. Wear resistant coatings not only have high abrasion resistance of non-metallic materials, there are metal materials, impact toughness, the coating does not run off 2. Thermal shock resistance: intense heat in cold conditions drama coating does not fall off. cracking, safe, reliable, 3. high temperature: The combination of wear-resistant clay and shells network, operating temperature up to 600 ℃, if the change in hexagonal mesh material can be used in the production of security at 700 ℃, 4. Light weight: weight only alloy steel pipe for 65% -75% of pipe support load-bearing structure, no special requirements, 5. never increase the flow resistance: the nominal pipe diameter constant US media did not increase the flow resistance.