Higher Temperature Resistant and High Tensile Strength Fiberglass Filter Cloth

Product Description:

Fiberglass Filter Dust Collector Filter Bag removes dust particles from the air and creates a clean and healthy environment to work. This filter bag is precisely manufactured by utilizing the finest quality raw material under the guidance of our adroit professionals. We also offer this bag to our esteemed clients with various specifications according to their requirements.

Features:

Higher Temperature Resistant: Fiberglass filter fabric has excellent heat resistance up to 260°C continuously and 288°C for intermittent periods.
High Tensile Strength: Fiberglass cloth is one of the strongest textile filters, having greater specific tensile strength than steel wire of the same diameter, at a low weight, it leads to higher strength and durability of filter bags.
Dimensional Stability: A filter bag made up of fiberglass, display low elongation, and contraction under load and temperature. This characteristic is critical when a high level of dust collection particles is required.

Good Chemical Resistance: Like glass itself, treated fiberglass fabric is highly resistant to attack by most chemicals.
Good Air Flow and Better Filtration: Different weaving patterns and textured filament yarn in weft improve filter ability and reduce blocking.

Application:

Glass Fiber Filters - These are glass mat filters composed of 15–60 μm glass fibers with high porosity. These are the most commonly used filters in residential furnaces and air conditioning systems. They are low cost. Their purpose is to protect the system from debris that can damage air system components such as fans, motors, cooling coils, and heat exchangers.​

The Technique for Style 4602 Fiberglass Filter Fabric Cloth

How to choose glass fiber filter material cloth?

Specifications:

Weight: 350gsm-750gsm

Finishing treatment: Make to order depending on the special condition of the dust collector

Work temp: 260-280ºC

Excellent acids, caustics, solvent, hydrocarbons, and abrasion resistance;

Well Hydrolysis resistance, excellent strength, oxidative resistance

Emission concentration : <50mg/m3

Service life: 1-2years

Why choose us?

First of all, We choose the raw fiberglass yarn from China's top 4 fiberglass manufacturers – China Jushi Co., Ltd. Chongqing Fiberglass, Taishan Fiberglass, and Taiwan glass company.

Secondly, We have enough high-speed looms to meet the output and product quality.

Finally, We specialize in the production of various fiberglass-based fabric products and provide Silicone, and PTFE coating treatment to customers in the United States and Europe

SHENGHE(CHANGSHU) ENVIRONMENTAL TECHNOLOGY CO., LTD is a professional manufacturer and exporter of fiberglass products in China. Shenghe Fiberglass is located in the production base of glass fiber products in Suzhou Province. We have a professional production R&D team, We can determine the technical parameters according to the samples required by customers, and customize the same or similar samples. Te rapid new product development and promotion help us to develop nearly 20 kinds of products. The main products include “Electronic Industry Fabric Series”, “Fireproof Fabric Series”, “Coated Fiberglass Cloth”,’’ High Silica Fiberglass Cloth”, and” Welding Blanket”, etc.

We are an integrated industrial production, including fiberglass yarn drawing, spinning, Advanced High-Speed weaving equipment (150 units), coating equipment (10 units), sewing machines, etc. And passed the ISO9001-2015 quality and environmental certification, quality certification. The plant covers an area of 50,000 square meters, with a monthly production capacity of 5 million square meters. It has exported and serviced products to 200 countries and regions.

We always adhere to the principle of target quality first and are committed to becoming the world's leading supplier and solution provider for the composite material industry. We sincerely invite customers at home and abroad to work together for common development and create a better future.