Jiangsu Profile
Product List
17536. Stainless Steel Veterinary Hospital Devices Clothes Lead Hanger for Clinic 
[Jun 30, 2023]
[Jun 30, 2023] Item Name Stainless steel lead hanger Item Number pjp-06 Product size 550 long and 600 wide The base is 250 by 250 OEM service yes
17537. UNM New Waterproof Laminated ePTFE Filter Media 0.1um 0.2um 0.45 um For Chemical Liquid Filtration [Apr 28, 2023]
[Apr 28, 2023] ePTFE Bubble Point Membrane Code NO. Width Thickness Air Permeability Bubble Point Pressure Flow Speed Pore Size Recommended application ...
17538. UNM New Waterproof Laminated ePTFE Filter Media 0.45um 1 um For Chemical Liquid Filtration [Apr 28, 2023]
[Apr 28, 2023] ePTFE Bubble Point Membrane Code NO. Width Thickness Air Permeability Bubble Point Pressure Flow Speed Pore Size Recommended application ...
17539. UNM New Waterproof Laminated ePTFE Filter Media 0.2um 0.45 um For Chemical Liquid Filtration [Apr 28, 2023]
[Apr 28, 2023] ePTFE Bubble Point Membrane Code NO. Width Thickness Air Permeability Bubble Point Pressure Flow Speed Pore Size Recommended application ...
17540. UNM Waterproof and Venting Laminated ePTFE Filter Media 0.45 um 1um For Chemical Liquid Filtration [Apr 28, 2023]
[Apr 28, 2023] ePTFE Bubble Point Membrane Code NO. Width Thickness Air Permeability Bubble Point Pressure Flow Speed Pore Size Recommended application ...
17541. UNM Waterproof Breathable Laminated ePTFE Filter Media 0.1um 0.2um 0.45 um 1 um For Liquid ... [Apr 28, 2023]
[Apr 28, 2023] ePTFE Bubble Point Membrane Code NO. Width Thickness Air Permeability Bubble Point Pressure Flow Speed Pore Size Recommended application ...
17542. UNM Hydrophobic Breathable Laminated ePTFE Filter Media 0.1um 0.2um 0.45 um For Chemical Liquid ... [Apr 28, 2023]
[Apr 28, 2023] ePTFE Bubble Point Membrane Code NO. Width Thickness Air Permeability Bubble Point Pressure Flow Speed Pore Size Recommended application ...
17543. UNM Hydrophobic Venting Laminated ePTFE Filter Media 0.1um 0.2um 0.45 um 1um For Chemical Liquid ... [Apr 28, 2023]
[Apr 28, 2023] ePTFE Bubble Point Membrane Code NO. Width Thickness Air Permeability Bubble Point Pressure Flow Speed Pore Size Recommended application ...
17544. UNM 1 Micron Hydrophobic Breathable Porous PTFE Filter Media For Electrics Venting Application [Apr 28, 2023]
[Apr 28, 2023] ePTFE Bubble Point Membrane Code NO. Width Thickness Air Permeability Bubble Point Pressure Flow Speed Pore Size Recommended application ...
17545. UNM Waterproof Laminated ePTFE Filter Media 0.1um 0.2um 0.45 um For Chemical Liquid Filtration [Apr 28, 2023]
[Apr 28, 2023] ePTFE Bubble Point Membrane Code NO. Width Thickness Air Permeability Bubble Point Pressure Flow Speed Pore Size Recommended application ...
17546. UNM Cleanable Waterproof Laminated ePTFE Filter Media 0.45 um 1um For Chemical Liquid Filtration [Apr 28, 2023]
[Apr 28, 2023] ePTFE Bubble Point Membrane Code NO. Width Thickness Air Permeability Bubble Point Pressure Flow Speed Pore Size Recommended application ...
17547. UNM Cleanable Laminated ePTFE Filter Media Pore Size 1um For Chemical Liquid Filtration [Apr 28, 2023]
[Apr 28, 2023] ePTFE Bubble Point Membrane Code NO. Width Thickness Air Permeability Bubble Point Pressure Flow Speed Pore Size Recommended application ...
17548. UNM Laminated ePTFE Filter Material 1 um Pore Size Customized For Chemical Liquid Filtration [Apr 28, 2023]
[Apr 28, 2023] ePTFE Bubble Point Membrane Code NO. Width Thickness Air Permeability Bubble Point Pressure Flow Speed Pore Size Recommended application ...
17549. UNM 1 Micron Waterproof Breathable Porous PTFE Filter Media For Electrics Venting Application [Apr 28, 2023]
[Apr 28, 2023] ePTFE Bubble Point Membrane Code NO. Width Thickness Air Permeability Bubble Point Pressure Flow Speed Pore Size Recommended application ...
17550. Filter Paper HEPA Air Filter in Purifier [Apr 24, 2023]
[Apr 24, 2023] Highly Effective Ionizing Air Blower Outer Frame Aluminum Alloy Material Product Description: HEPA (High Efficiency Particulate Air) for the dust which is more than 0.3 micron, the filtration efficiency can be as ...
