Wear Resistant Rubber Composite Ceramic Pulley Lagging Plate Sheet for Conveyor

China Wear Resistant Rubber Composite Ceramic Pulley Lagging Plate Sheet for Conveyor, Find details about China Pulley Lagging, Ceramic Pulley Lagging from Wear Resistant Rubber Composite Ceramic Pulley Lagging Plate Sheet for Conveyor

Model NO.
HX-S0031
OEM
Supported
Name
Rubber Ceramic Pulley Lagging
Trademark
Aloceramic
Transport Package
Wooden Pallet
Specification
Smooth or Dimple
Origin
Zibo
HS Code
6909120000
Model NO.
HX-S0031
OEM
Supported
Name
Rubber Ceramic Pulley Lagging
Trademark
Aloceramic
Transport Package
Wooden Pallet
Specification
Smooth or Dimple
Origin
Zibo
HS Code
6909120000

Ceramic lagging is chosen for pulleys where a long trouble free service life is required to ensure that the conveyor is operational when required and to avoid unplanned conveyor shutdowns. This is a critical for mining companies where conveyor down time costs run into thousands of dollars per minute. While ceramic lagging is considered expensive compared to other lagging options the cost is insignificant when compared to the cost of lost production, or the cost of a pulley change out when lagging failure occurs.
A key factor in the longer service life expected from ceramic lagging is the ceramic tiles that are bonded to the rubber backing. These tiles are made from Aluminium Oxide - an extremely hard ceramic material that provides exceptional wear and abrasion resistance. It is critical to the performance of the ceramic lagging that the ceramic tiles remain in place in the rubber backing and are not removed during service. This is a very demanding dynamic application where the tiles are loaded and unloaded every time the pulley rotates - this constant flexing will quickly find out any area of weakness in the tile/rubber adhesion.


Wear Resistant Rubber Composite Ceramic Pulley Lagging Plate Sheet for Conveyor
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Wear Resistant Rubber Composite Ceramic Pulley Lagging Plate Sheet for ConveyorWear Resistant Rubber Composite Ceramic Pulley Lagging Plate Sheet for Conveyor
Wear Resistant Rubber Composite Ceramic Pulley Lagging Plate Sheet for ConveyorFactory
Wear Resistant Rubber Composite Ceramic Pulley Lagging Plate Sheet for Conveyor
Company Introduction

         Zibo Hengxiang Enterprise Co., Ltd is the professsional manufacturer, specialized in wear resistant ceramic materials, was founded in July, 2009.

        The company has long time been committed to the research, development and production of wear resistant ceramic ball/brick and tile. And we produce about 500 kinds of products, including kinds of  ceramic liner, tiny ceramic tile,  packing ceramic media and ceramic lined steel pipe etc, our annual output is 30000 Mt, is an enterprise which owned the most excellent technology, have the wide product range, widely be used in many fields.

          The company has 3 automatic 1700ºC high temperature tunnel kiln and shuttle kiln, and equipped with advanced detection device. Our products are widely used in the field of ceramic, steel, mining, petrifaction, chemical, medical, coal fired power generationcement, steel, mineral processing industry, etc.  
           We pay attention to the quality andl long term relationship. Sincerely hope the chance to supply for you. 


FAQ
Q1. Are you a factory or trading company?
  A: We are a professional manufacturer. Warmly welcome clients from worldwide to visit our factory and cooperate with us.
Q2.Will your company supply samples?
  A: Yes, we do. Samples are free to supply for you. 

Q3. What is your payment term?
  A: We mainly accept T/T, West Union, L/C, D/P, etc.

Q4: How long is your delivery time?
  A: Generally it is 3 days if the goods are in stock. or it is 14-18 days if the goods are not in stock, it is according to quantity.We are the factory, could guarantee the delivery time.

Q5: What' your advantage?

 A 1 The density of the 92% Alumina ceramic products is 3.65-3.70 g/cm3.
   2 The abrasion is below 0.01%. It almost reach the level of 95% series.
   3 Professional technicians in the line could help you solve the engineer questions.