Needle Felt Polyester Filter Media With High Temperature Resistance 150°C Abrasion Resistant
Needle Felt Polyester Filter Media With High Temperature Resistance 150°C Abrasion Resistant
Basic Properties
Place of Origin:
China
Brand Name:
HUAZHE OR OEM
Certification:
ISO9001
Model Number:
PET filter media
Trading Properties
Product Summary
Polyester Needle Felt Filter Media with High Temperature Resistance (150°C), Abrasion Resistant and Chemical Resistant for Dust Collection Polyester Needle Felt Filter Media Polyester needle punched filter felt is the most versatile, cost-effective, and widely used filter medium for dust collection. ...
Product Custom Attributes
Highlight
needle felt polyester filter media
,150°c poly air filters
,150°c polyester filter media
Product Description
Detailed Specifications & Features
Polyester Needle Felt Filter Media with High Temperature Resistance (150°C), Abrasion Resistant and Chemical Resistant for Dust Collection
Polyester Needle Felt Filter Media
Polyester needle punched filter felt is the most versatile, cost-effective, and widely used filter medium for dust collection. This durable material offers excellent abrasion resistance, operates effectively at temperatures up to 150°C, and demonstrates good resistance to common acids, solvents, and oxidizing agents.
Performance Considerations
While polyester offers numerous advantages, it has one limitation: a tendency to hydrolyze at elevated temperatures. Moisture exposure can break down the fibers, causing them to revert to their basic constituents. This results in fiber powdering and significant strength reduction.
Industrial Applications
Due to its exceptional price-to-performance ratio, polyester is the predominant fiber choice for filter media across multiple industries:
- Mining operations
- Cement production
- Iron and steel manufacturing
- Aluminum and non-ferrous metal processing
- Ceramic industry applications
- Quarrying operations
- Plastics manufacturing
- Milk powder production
- Flour mills (for dry applications up to 150°C)
Note: Optimal performance is achieved in dry conditions with temperatures not exceeding 150°C.
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