Jiangsu Profile
Famous Export Brand
Featured Products
Product List
211. Chemical Resistant PTFE Roller Wheel 
[Jun 06, 2025]
[Jun 06, 2025] Product Performance Product performance: Test project unit indicators specific gravity g/cm3 2.10-2.30 The tensile strength Mpa 30-40 Elongation at break % ≥150 Withstand ...
212. Self-Lubricating High Quality PTFE Plastic Wheel [Jun 06, 2025]
[Jun 06, 2025] Product Performance Product performance: Test project unit indicators specific gravity g/cm3 2.10-2.30 The tensile strength Mpa 30-40 Elongation at break % ≥150 Withstand ...
213. Industrial Grade PTFE Guide Wheel for Smooth Rolling Motion [Jun 06, 2025]
[Jun 06, 2025] Product Performance Product performance: Test project unit indicators specific gravity g/cm3 2.10-2.30 The tensile strength Mpa 30-40 Elongation at break % ≥150 Withstand ...
214. Low-Friction Corrosion Resistant PTFE Wheel [Jun 06, 2025]
[Jun 06, 2025] Product Performance Product performance: Test project unit indicators specific gravity g/cm3 2.10-2.30 The tensile strength Mpa 30-40 Elongation at break % ≥150 Withstand ...
215. Building Material Plastic PTFE Wheel [Jun 06, 2025]
[Jun 06, 2025] Product Performance Product performance: Test project unit indicators specific gravity g/cm3 2.10-2.30 The tensile strength Mpa 30-40 Elongation at break % ≥150 Withstand ...
216. PTFE Roller Wheel for Packaging [Jun 06, 2025]
[Jun 06, 2025] Product Performance Product performance: Test project unit indicators specific gravity g/cm3 2.10-2.30 The tensile strength Mpa 30-40 Elongation at break % ≥150 Withstand ...
217. Wear Resistant Plastic PTFE Wheel [Jun 06, 2025]
[Jun 06, 2025] Product Performance Product performance: Test project unit indicators specific gravity g/cm3 2.10-2.30 The tensile strength Mpa 30-40 Elongation at break % ≥150 Withstand ...
218. Customizable High Performance PTFE Wheel [Jun 06, 2025]
[Jun 06, 2025] Product Performance Product performance: Test project unit indicators specific gravity g/cm3 2.10-2.30 The tensile strength Mpa 30-40 Elongation at break % ≥150 Withstand ...
219. Industrial Equipment PTFE Caster Wheels [May 28, 2025]
[May 28, 2025] Product performance Product performance: Test project unit indicators specific gravity g/cm3 2.10-2.30 The tensile strength Mpa 30-40 Elongation at break % ≥150 Withstand ...
220. Chemical Resistant PTFE Caster Wheels [May 28, 2025]
[May 28, 2025] Product performance Product performance: Test project unit indicators specific gravity g/cm3 2.10-2.30 The tensile strength Mpa 30-40 Elongation at break % ≥150 Withstand ...
221. High-Temperature High Quality PA6 Nylon Wheels [May 26, 2025]
[May 26, 2025] Advantage Advantage: PA6 and PA 66 Nylon Bar These Polyamides, commonly referred to as Nylon and available in Sheets, Rod and Tube and are distinguished by different types. The most common engineering Nylons are PA ...
222. Building Material Nylon Plastic Wheel [May 26, 2025]
[May 26, 2025] Advantage Advantage: PA6 and PA 66 Nylon Bar These Polyamides, commonly referred to as Nylon and available in Sheets, Rod and Tube and are distinguished by different types. The most common engineering Nylons are PA ...
223. Customizable PA Products Nylon Wheel [May 26, 2025]
[May 26, 2025] Advantage Advantage: PA6 and PA 66 Nylon Bar These Polyamides, commonly referred to as Nylon and available in Sheets, Rod and Tube and are distinguished by different types. The most common engineering Nylons are PA ...
224. 50mm Fixed Castor Small White Nylon Plastic Furniture Mini Caster Wheel: 50mm [Aug 01, 2025]
[Aug 01, 2025] Advantage: PA6 and PA 66 Nylon Bar These Polyamides, commonly referred to as Nylon and available in Sheets, Rod and Tube and are distinguished by different types. The most common engineering Nylons are PA 6 and PA 66. ...
225. Nylon Caster Wheel Removable Castor Wheel [Jul 31, 2025]
[Jul 31, 2025] Advantage: PA6 and PA 66 Nylon Bar These Polyamides, commonly referred to as Nylon and available in Sheets, Rod and Tube and are distinguished by different types. The most common engineering Nylons are PA 6 and PA 66. ...
