PU Steel Core At10 Machinery Timing Belt Synchronous Belt for Industry

• PU timing belts are highly flexible with longitudinal toughness to ensure perfect tooth meshing.
• No dust generation or flaking while running - Clean belt.
• Homogeneous throughout its cross section by virtue of thermoset mounding process.
• Superior wear and abrasion resistance.
• High resistance to oil, fat and grease.
• Excellent resistance to ageing, hydrolysis, UV and ozone.
• Low vibration and reduced noise level.
• Good resistance to most acids and alkalis
• Nylon / Steel / Kevlar Cord availab

• Oiifice automation equipments and vending machines
• Textile machines 
• Paper making machines and printing machinery
• Medical equipment 
• Food processing equipments 
• Packading machinery 
• Robotics and plotters 

1. Delivery on time : in the past 5 years , the proportion of delayed deliveries is less than 3% 
2. Product Quality :  we produce belts for a big Home Appliances' facotry , the rejected rate is less than 1% during 3 years . 
3. Research & Development : more than 10 people R&D team to ensure every year with new technical  .
4. Cost : Bulk raw material purchase , and molds in our own factory result in product costs that are generally 2% lower than those of our peers

1. what is the use of PU timing belt ?
Polyurethane open-ended timing belts offer invaluable benefits to the food and beverage industry, particularly in food contact packaging applications.

2. which is better rubber belt or PU belt ?
Polyurethane timing belts are more wear-resistant than rubber timing belts , and are more resistant to chemicals such as acides and alkalis. 

3.Are PU belts durable ?
PU belts are able to withstand high loads and are known to have a long service life , even under demanding conditions . PU belts are also resistant to abrasion and require minimal maintenance , making them a cost-effective choice for many industries .

4. how do I choose a timing belt ?
* Determine the peak torque for your drive 
* Determine the largest pulley diameters that can be utilised , considering the space limitations and drive ration of your system
* Select the belt tooth profile 
* Calculate the teeth in mesh 

5. Are all timing belts the same size ?
there are a lot of different variables for belt sizing - width,number of teeth (pitch),material,etc .