DCCD®SLP-A4 ceramic rubber lagging is used in coal conveying line of thermal power plant
Aiming at the inclination angle of coal conveying line ≥20° in thermal power plants, DCCD® engineers provide customers with solutions to prevent conveyor belt slippage, including providing customers with SLP-A4 anti-slip ceramic lagging for driving pulleys.
SLP-A4 anti-slip ceramic rubber lagging implements the DTⅡ(A) standard. It uses 7mm thick ceramic sheets and 42mm anti-slip grooves to produce the strongest pulley surface friction and effectively solve the problem of conveyor belt skidding.
The rubber hardness is Shore 65A, the elongation at break is ≥400%, and the rubber strength is 17MPA. It can produce a bonding strength of 90N/mm between the rubber and the ceramic tiles and reduce the shedding of the ceramic tiles during working.
We promise that SLP-A4 ceramic rubber lagging is a pulley lagging product that can effectively solve the slippage of the conveyor belt.
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