Silicone Filter Bag Cages

Silicone Filter Bag Cage Product Details

Product Overview

Silicone filter bag cages provide essential support for filter bags. They prevent folding during the filtering process, ensuring that the filter bag is properly seated and fully extended. This design maximizes the usable surface area of the bag. Additionally, cages can work with liquid displacers or magnets to remove metal contamination effectively.

What is a Silicone Filter Bag Cage?

A silicone filter bag cage is primarily made from silicone, a type of organic silicone. This material is widely used in bag filters due to its unique chemical and physical properties. Known as polysiloxane, silicone combines inorganic silicon with organic compounds. This composition gives it the stability of inorganic materials and the flexibility of organic ones.

Material Properties

High Temperature Resistance: Silicone materials withstand high temperatures, with a usable temperature around 280 degrees Celsius and a maximum instantaneous temperature of 300 degrees Celsius. This capability allows silicone bag cages to operate stably in high-temperature environments, extending equipment lifespan.

Low Temperature Resistance: Silicone materials also perform well in low temperatures. Their properties change minimally with temperature fluctuations, enabling them to adapt to various conditions.

Corrosion Resistance: Silicone has excellent resistance to corrosion, allowing it to endure erosion from various chemicals. This characteristic prolongs the lifespan of the dust removal framework.

Water Repellency: Silicone materials repel water effectively. This feature ensures high reliability for electrical equipment in humid conditions, reducing damage and maintenance costs associated with moisture.

Specifications for Filter Bag Cage

Types	Round Style/Flat Style/Envelope Style/
Number Of Wires	8/10/12/16/20/24 vertical wires
Ring Space	15cm or 21cm
Cage Diameter	100mm to 200mm
Wire thickness	2mm ~ 5mm
Material	Carbon Steel +silicone
Finishment	Epoxy,PVC vinylcoating

Round style	Diameter(mm)	Bag Diameter(mm)	Length (mm)
	110	120	2000,2400,2800,3200,3600,4000, 4400,4800,5200,5600,6000,7000
	120	135
	145	150
	190	200
Flat Style	Perimeter(mm)	Bag Perimeter(mm)	Length(mm)
	800	800	2000,3000,4000,5000,6000
	900	900
Envelope Style	Length Width Thickness		Bag Length Width Thickness
	1500X750x25mm		1500X750x25mm

Characteristics of Silicone Filter Bag Cage

Lightweight, Smooth, and Upright: Silicone dust removal frameworks are lightweight and smooth, providing good aesthetics and functionality. This design improves dust removal efficiency and reduces operational resistance.

Strong Welding, No Burrs: Automated welding technology ensures that the silicone dust removal framework is free from defects and burrs. This results in an attractive appearance and robust structure, guaranteeing stability during use.

Wear-Resistant and Corrosion-Resistant: The silicone-treated framework features a durable and corrosion-resistant coating. This prevents rust and the bonding of filter bags, minimizing damage during replacement and ensuring a smooth bag-changing process.

Applications of Silicone Filter Bag Cage

Reduced Manufacturing Costs: In specific environments, silicone dust removal frameworks can replace stainless steel frameworks, reducing manufacturing costs for companies focused on economic efficiency.

Extended Service Life: Silicone materials can last several decades in natural environments. This longevity reduces equipment replacement frequency and costs while enhancing stability and reliability.

Wide Applicability: Silicone dust removal frameworks are commonly used in thermal power plants, cement plants, chemical factories, and waste treatment facilities. Their excellent performance makes them a preferred choice in the dust removal equipment sector.

Summary

Silicone dust removal frameworks offer many advantages, including high-temperature and low-temperature resistance, corrosion resistance, water repellency, and a lightweight design. With strong and burr-free welding, reduced manufacturing costs, extended service life, and wide applicability, these frameworks demonstrate significant market value and promising application prospects in the dust removal equipment field.