The secret to our 30% energy-saving filters lies in our in-house filter media manufacturing. We don’t just buy rolls; we formulate the raw polymers. From high-charge electret melt-blown fabrics to heavily impregnated chemical carbon media, we supply the global market with materials that offer unmatched dust holding capacity and extremely low airflow resistance.
Supplying assembly plants globally with premium raw fabrics engineered for precise efficiency and minimal air resistance.
Sandwich composites loaded with premium carbon to adsorb VOCs and strong odors.
Ultra-thin nano-coating applied to substrates for superior surface filtration and self-cleaning.
Ultra-fine glass fiber paper offering absolute efficiency for cleanroom HEPA/ULPA units.
Electret-charged polypropylene offering exceptional efficiency with incredibly low resistance.
Our raw filter media is the critical component driving the world’s most demanding cleanrooms, HVAC systems, and industrial extractors.
Transform raw chemical polymers into highly advanced, energy-efficient filtration media.
Raw synthetic fibers are precisely weighed, blended, and opened to ensure uniform material distribution.
Fibers pass through advanced carding machines and cross-lappers to form a continuous, multi-layered uniform web.
The fiber web is heated in a thermal oven, melting bi-component fibers to set the structure and thickness.
The bonded media is precisely trimmed to the requested width and tightly wound into master rolls.
Continuous online scanning and lab tests verify gram weight uniformity and exact airflow resistance.
Rolls are vacuum-sealed in moisture-proof PE film and securely palletized for safe global export.
A filter is only as good as the paper it’s folded from. Our in-house material science lab tests every batch of media to ensure absolute uniformity, preventing pressure drop spikes or efficiency failures in your final products.
Ensuring consistent pleating behavior and zero weak spots across the entire roll.
Measuring exact airflow resistance to guarantee our media actively contributes to HVAC energy-saving standards (reducing resistance by 10%-30%)
Verifying the fabric won’t tear or deform under high-velocity wind tunnel conditions.
For standard widths (por exemplo, 0.6m, 1.2m) of synthetic or fiberglass media, our MOQ is extremely flexible (often starting as low as a single standard roll) to support your trial production. For custom slitting widths or specialized PTFE/Carbon compositions, the MOQ usually requires a full master roll production run. Please contact us for specifics.
Sim. We strongly encourage assembly plants to test our media. We provide free A4-sized sheets or small sample rolls of our melt-blown, fiberglass, and synthetic media. The client is only responsible for the international courier shipping cost.
Our advanced corona discharge charging technology ensures deep and stable electrostatic embedding. When stored in our original vacuum-sealed moisture-proof packaging, the charge remains highly stable with minimal degradation for over 2 years in a standard warehouse environment.
Absolutamente. We operate high-precision automated slitting machines in-house. We can cut the master rolls to any exact width required by your pleating or assembly line, minimizing your material waste and streamlining your production.
Precisa de soluções personalizadas? Deixe seus requisitos abaixo e nossos engenheiros fornecerão um orçamento direto da fábrica dentro 12 horas.
Obtenha acesso completo às especificações técnicas, curvas de desempenho aerodinâmico, e capacidades OEM/ODM de uma Fortune 500 fabricante de filtragem confiável.
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