Case in Filter Industry

Pain Points of Traditional Processes

Traditional adhesives (e.g., silicone or epoxy) may form micro-cracks after curing, risking filter media leakage.

Solvent-based adhesives require long drying times, slowing filter assembly.

Manual application struggles with uniform bonding in complex structures (e.g., multi-layer pleated media).

Adhesives degrade when exposed to oils, water, or solvents, reducing filter lifespan.

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Extreme Temperature Resistance：Adhesives withstand -40°C to 120°C for automotive/industrial filters.

Precision Requirement Mapping

Conducted onsite production audit with laser measurement, developing dimensional-specific solutions for products with ±0.5mm tolerance control.
Multi-Stage Application

Adjust temperature and pressure for diverse media (e.g., melt-blown fabric, activated carbon).
Multi-Layer Media Fixation

Penetrates pleated gaps to prevent delamination or deformation.
Automation Ready

Programmable glue volume and patterns ensure precision for irregular or miniaturized filters.
Instant Sealing

Hot melt adhesives form pore-free seals upon cooling, eliminating leakage risks.
Superior Chemical Resistance

Advanced adhesives withstand oils, water, and chemicals, extending service life.

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Arrange training on how to install the machine and how to use it.
02

Engineers provide guidance on how to calibrate machines.
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7*24 online customer service to assist in resolving product issues.
04

If any accessories malfunction during the warranty period, relevant accessories can be sent free of charge.