EN
GUANLIN aluminised anti-static filter cartridge, conductive pleated element for combustible metal dust and powder recovery.
Aluminised conductive pleated cartridges dissipating static across the media while reflecting heat from hot particles, for metal polishing, powder coating and battery material dust.
Description
Aluminised anti-static cartridges are specified where the dust is both combustible and thermally demanding: metal polishing, powder coating, aluminium and magnesium processing. The aluminised surface carries a conductive layer across the media for static dissipation, while the reflective finish also reduces heat absorption from hot particles that reach the element.
Why Choose GUANLIN Aluminised Anti-Static Cartridges
- Conductive aluminised layer — dissipates static charge across the whole media surface.
- Reflective surface — reduces heat absorption from hot particles and lightens the thermal load on the media.
- Combustible dust compliance — works with grounded housings to meet electrostatic requirements.
- High filtration area — deep pleat pack keeps resistance low in a compact collector.
- Robust pleat pack — holds geometry under repeated pulse cleaning.
- Standard fit — interchangeable with common cartridge housings, custom lengths available.
Application Scenarios
Aluminium and magnesium polishing
Reactive metal fines carry both ignition and static risk; the conductive aluminised surface addresses both while capturing the fine dust.
Powder coating and overspray recovery
Charged powder particles and static build-up are managed by the conductive layer, improving recovery and safety.
Metal grinding with fine metal dust
Sub-100 μm metal particles are captured with static dissipation through the media.
Battery material handling
Fine active materials require both static control and high recovery efficiency.
Explosive dust environments
Where a dust hazard assessment requires conductive filtration media, the aluminised construction meets it.
Hot particle exposure
The reflective surface reduces the thermal load from particles that reach the element.
Applicable Working Conditions
- Combustible and explosible dust requiring static dissipation
- Fine metal dust and charged powders
- Grounded cartridge housings and bonded ducting
- Pulse jet cleaning
Product Specifications
| Item | Specification |
| Construction | Aluminised conductive layer on pleated media |
| Surface Resistance | Conductive (anti-static grade) |
| Filtration Rating | 1–100 μm |
| Outer Diameter | Ø325 mm standard and custom |
| Length | 600 / 660 / 1000 mm and custom |
| MOQ | 10 pcs |
FAQ
Q1. How does the anti-static property work?
An aluminised conductive layer spreads charge across the media and carries it to the grounded housing.
Q2. Does grounding still matter?
Yes — the housing and ducting must be bonded and grounded.
Q3. Why aluminised rather than plain conductive media?
The reflective surface also reduces heat absorption from hot particles.
Q4. MOQ and lead time?
10 pcs, 7–15 days.
Key Specifications
- Construction: aluminised conductive pleated media
- Static: conductive anti-static grade
- Rating: 1–100 μm
- OD: Ø325 mm standard
- MOQ: 10 pcs
