OEM/ODM China Pp Melt Blown Fabric - Air Filtration Non Woven Materials – Medlong
OEM/ODM China Pp Melt Blown Fabric - Air Filtration Non Woven Materials – Medlong Detail:
Air Filtration Materials
Overview
Air Filtration Material-Meltblown nonwoven fabric is widely used for air purifier, as a sub-efficient and efficient air filter element, and for coarse and medium-efficiency air filtration with high flow rate.
Medlong is committed to research, develop and manufacture the high-efficiency air purification materials, provide stable and high-performance filter materials for the global air purification field.
Applications
- Indoor Air Purification
- Ventilation System Purification
- Automotive Air Conditioning Filtration
- Vacuum Cleaner Dust Collection
Features
Filtration is a whole process of separation, the meltblown cloth has a multi-empty structure, and the technological performance of small round holes determines its good filterability. In addition, the electret treatment of meltblown fabric increases the electrostatic performance and improves the filtration effect.
HEPA FIlter Media (Meltblown)
Low Resistance / High Efficiency / High Dust Capacity
| Product Code | Grade | Weight gsm |
Pressure Drop mmH2O |
Efficiency % |
| HTM10 / JFT20-85 | H10 | 20 | 0.9 (Max.) | 90 (Min.) |
| HTM11 / JFT20-95 | H11 | 20 | 1.3 (Max.) | 95 (Min.) |
| HTM12 / JFT25-99.5 | H12 | 22-25 | 2.0 (Max.) | 99.5 (Min.) |
| HTM13 / JFT30-99.97 | H13 | 28-30 | 3.0 (Max.) | 99.98 (Min.) |
| HTM14 | H14 | 35-40 | 3.8 (Max.) | 99.995 (Min.) |
| Test Method: TSI-8130A, Test Area: 100cm2, Aerosol: NaCl | ||||
Pleatable Synthetic Air Filter Medial (Meltblown + Supporting Media Lamintated)
Easy to Fold / High Efficiency and Low Resistance / High CCM Rating / High Dust Capacity
| Product Code | Grade | Weight gsm |
Pressure Drop mmH2O |
Efficiency % |
|
| Car Carbin Filter Media |
CLM08 | F8 | 110 | 0.6 (Max.) | 85 (Min.) |
| CLM09 | F9 | 110 | 1.1 (Max.) | 95 (Min.) | |
| Medium Filter Media |
MLM08 | F8 | 95 | 0.6 (Max.) | 70 (Min.) |
| MLM09 | F9 | 95 | 0.9 (Max.) | 80 (Min.) | |
| HEPA Filter | HLM11 | H11 | 90 | 1.4 (Max.) | 97 (Min.) |
| HLM12 | H12 | 95 | 2.2 (Max.) | 99.5 (Min.) | |
| HLM13 | H13 | 100 | 3.2 (Max.) | 99.95 (Min.) | |
| HLM14 | H14 | 100-105 | 3.9 (Max.) | 99.995 (Min.) | |
| Test Method: TSI-8130A, Test Area: 100cm2, Aerosol: NaCl | |||||
Because the surface fiber diameter of the fabric is smaller than that of ordinary materials, the surface area is larger, the pores are smaller, and the porosity is higher, which can effectively filter harmful particles such as dust and bacteria in the air, and can also be used as automotive air conditioners, air filters, and engines air filter material.
Due to environmental protection, in the field of air filtration, melt-blown non-woven fabrics are now widely used as filter materials in the field of air filtration. Due to increasing environmental protection awareness, melt-blown non-woven fabrics will also have a broad market.
Product detail pictures:
Related Product Guide:
We keep on with the basic principle of quality to start with, support very first, continuous improvement and innovation to meet the customers for your management and zero defect, zero complaints as the quality objective. To great our service, we offer the items with all the superior high quality at the reasonable selling price for OEM/ODM China Pp Melt Blown Fabric - Air Filtration Non Woven Materials – Medlong, The product will supply to all over the world, such as: Peru , New Orleans , Sheffield , We integrate design, manufacture and export together with more than 100 skillful workers, strict quality controlling system and experienced technology.We keep long term business relationships with wholesaler and distributors form more than 50 countries, such as USA, UK, Canada, Europe and Africa etc.
By Andrew
from Swansea
- 2018.06.26 19:27
The quality of the products is very good, especially in the details, can be seen that the company work actively to satisfy customer's interest, a nice supplier.
By Nora
from United Kingdom
- 2017.11.12 12:31
