Six ear quick detachable dust filter element

The six ear quick release dust removal filter element is a core filtration component designed specifically for industrial dust removal systems. It adopts a modular structure and a quick release six ear chuck design, achieving a perfect combination of efficient filtration and convenient maintenance. Its core function is to intercept dust particles (0.3-5 μ m level) in the air, ensuring that the emitted gas meets environmental standards, while significantly reducing equipment downtime and improving production efficiency through a quick disassembly structure. This filter is suitable for various fields such as mechanical manufacturing, chemical industry, metal smelting, and food processing, and is an ideal choice for upgrading industrial dust removal equipment.

The six ear quick release dust removal filter element is made of polyester fiber composite material, covered with PTFE film or added with conductive fibers on the surface to achieve anti-static, waterproof and oil proof functions. The fiber diameter of the filter material is uniform, forming a three-dimensional gradually dense structure, with high dust holding capacity and stable filtration efficiency. The skeleton of the six ear quick release dust removal filter element is made of galvanized steel plate or high-strength anti-corrosion material stamped and formed, with a deformation resistance strength of 350N/cm ², ensuring that the filter element does not deform under high pressure difference. Sealed design, the end cap is equipped with heat-resistant closed cell chloroprene rubber sealing rings, which can withstand temperature differences of -40 ℃ to 150 ℃ and prevent gas leakage. The six ear chuck is locked by rotation, easy to install, and has excellent sealing performance.

1. Mechanical manufacturing

Processing iron filings and aluminum alloy dust, equipped with a single machine pulse dust collector, purifying air volume of 8-12m ³/min.

2. Chemical industry

Filter chemical dust and harmful gases, film filter materials resist acid and alkali corrosion, and ensure emission safety.

3. Metal smelting

Intercepting high-temperature metal particles, combining high-temperature resistant skeleton and flame-retardant filter material to adapt to harsh working conditions.

4. Food processing

Using food grade polypropylene filter material, certified by FDA, to collect food powder and small particles.

5. Woodworking workshop

Capture wood chips and dust, with anti-static design to avoid the risk of explosion caused by sparks.

1. Efficient filtration and low resistance energy saving

The membrane filter material intercepts submicron particles, with an initial pressure difference of ≤ 30Pa, reducing system energy consumption by 15% -20%.

2. Quick disassembly structure reduces maintenance costs

The six ear chuck design achieves "one turn locking", reducing installation time by 70% compared to traditional screw fixation, and minimizing labor and downtime losses.

3. Adapt to complex working conditions

multifunctional composite filter materials such as anti-static, waterproof, oil resistant, and flame-retardant to meet the needs of different industries.

4. Long lifespan and high cost-effectiveness

The filter material has strong wear resistance and can repeatedly pulse back blow to clean the dust, with a lower lifecycle cost than traditional filters.

Problem 1: Decreased filtration efficiency

Reason: Filter material blockage or damage.

Solution: Regularly use 0.3-0.4MPa compressed air for reverse blowing, and prohibit mechanical cleaning methods such as tapping; If damaged, it needs to be replaced immediately.

Question 2: Gas leakage

Reason: The sealing ring is aging or not installed properly.

Solution: Replace the heat-resistant closed cell chloroprene rubber sealing ring, ensure that the six ear chuck rotates in place during installation, and check whether the connection between the end cover and the skeleton is tight.

Problem 3: Filter deformation

Reason: Long term high pressure differential operation or insufficient skeleton strength.

Solution: Choose galvanized steel sheet or high-strength anti-corrosion skeleton, monitor the working pressure difference, and avoid exceeding 0.6MPa.

Question 4: The service life is shorter than expected

Reason: Excessive dust concentration in the environment or failure of the dust cleaning system.

Solution: Optimize the cleaning frequency and pressure to ensure the normal operation of the pulse blowback system; Shorten the replacement cycle to 800-1000 hours in high temperature and high humidity environments.

Problem 5: Static electricity accumulation causes safety hazards

Reason: No anti-static filter material was selected.

Solution: Replace the filter material with conductive fibers or metal aluminum coating to ensure good grounding and avoid sparks causing explosions.