Explore our engineering-grade custom and OEM replacement air filtration systems. These products leverage low-resistance meltblown technology, high-efficiency active carbons, and fiberglass structures designed to satisfy global commercial and high-capacity cleanroom demands.
Shenzhen Snow Peak Clean Technology Co., Ltd. is a globally recognized, integrated high-tech enterprise specializing in air filtration products research and development, scalable production, international sales, and import/export trade. With 15 years of international air purification technology experience as our foundational background, we operate a standardized industrial ecosystem encompassing clean dust-free filter workshops, advanced raw media compound lines, and state-of-the-art HEPA testing infrastructure.
We supply high-performance solutions: Pre-filters, Pocket filters, HEPA filters, Chemical filters, Replacement home appliance HEPA filters, Automotive cabin filters, and Humidifier net wicks. Our technical competence lies in high-performance filter materials, including pocket filter media and meltblown composite structures. Our proprietary, self-developed patented technology empowers our sterilizing antiviral HEPA filters to intercept fine particles effectively—reducing PM2.5 concentration levels down to 10 micrograms per cubic meter, performing 5 times better than domestic standards while achieving a 99.9% sterilization rate and an efficiency of 99.99% against the H1N1 virus without causing secondary pollution.
The international air filtration landscape is shifting due to stricter environmental regulations, heightened emphasis on public indoor air health, and the need for energy conservation. As a leading manufacturer, we track and drive the following technical movements:
Traditional mechanical filtration media often suffer from high pressure drops. Today’s trend focuses on integrating electrostatic electret charging into Meltblown MB fabrics. By optimizing charge density and stability, our media can achieve H13-level efficiency while maintaining low resistance, translating to massive energy savings for HVAC systems.
Enterprise procurement departments are actively looking for carbon-neutral materials. The industry is moving from standard petrochemical polymers towards bio-based polyester materials and recyclable composite structures. Our green-and-white synthetic pre-filters are engineered to reduce landfill impact without compromising dust-holding capacity.
Post-pandemic commercial buildings demand filters that act as active bio-shields. Embedding safe, non-leaching antimicrobial polymers or metal ions directly into the meltblown matrix prevents bacterial colonization on the media structure, preventing biofilm buildup and eliminating secondary particle release.
Procuring commercial-grade HVAC filtration components requires balancing initial capital expenditure, operational performance, and longevity. Global procurement officers face key requirements that our manufacturing team addresses directly:
Off-the-shelf air filters rarely fit proprietary HVAC setups or unique residential purifier enclosures. We offer rapid design-to-prototype transitions for custom dimension wicks, specific replacement filters (such as Honeywell HPA100/HPA200/HPA300 series equivalents), and customizable gel-seal cleanroom systems.
Cheap media with high pressure drops increases energy consumption in central air systems. Professional procurement teams look at the *fractional efficiency-to-resistance curve*. By adopting our low-resistance pocket filters and meltblown media, operators reduce utility bills and extend maintenance cycles.
Disruptions in meltblown or glass fiber raw material supply can shut down commercial building operations. With our comprehensive synthetic production line, automatic pleating equipment, and deep material stockpiles, we guarantee predictable lead times and reliable global export networks.
Different industries demand distinct performance signatures. Shenzhen Snow Peak Clean Technology engineers customized assemblies for varying operational sensitivities:
Requires absolute particulate control (ISO Class 3-5). We offer specialized gel-seal liquid tank mini-pleated HEPA filters and high-efficiency fiberglass deep-pleat units, which guarantee zero bypass leakage at the sealing frame.
Demands biological safety and zero microbial growth. Our patented sterilizing antiviral HEPA media physically traps and destroys viral structures (e.g., H1N1), maintaining sterile environments without toxic outgassing.
Uses robust honeycomb photocatalyst frames and active VOC removal carbon filters laminated with wire mesh, neutralizing organic fumes and protecting personnel from dangerous fumes.
Requires economic, high-volume filtration. Pocket bag filters (G4, M5, M6, F7, F8, F9 grades) and green-and-white pre-filter rolls optimize air throughput and protect high-efficiency downstream HEPA components.
Our workshop utilizes computer-controlled production processes to ensure consistency and physical integrity across all media rolls, pockets, and pleated assemblies.
Our products are engineered and tested to meet international standards. We perform efficiency rating tests in accordance with ASHRAE 52.2 (MERV 8 to MERV 16) and classification structures mapping to EN 779 / ISO 16890 (categorizing pre-filters under ePM10, ePM2.5, and ePM1 ratings).
For cleanroom environments, our fiberglass HEPA and gel-seal modules conform to EN 1822 parameters (ranging from H13, H14 up to U15 efficiency ratings), backed by CE certification protocols to ensure smooth border customs clearance and verification for European infrastructure markets.
We provide localized engineering support to simplify system integration. By matching local airflow and humidity parameters (e.g., coastal environments prone to moisture buildup, which requires water-resistant paint stop floor filters or specialized polyester-laminated wire meshes), our team ensures correct material selection.
Whether you require compliance certificates, localized language documentation, or custom packaging layouts, our technical team works directly with your engineering departments.
Our R&D department continues to develop new materials to improve air filtration efficiency and sustainability:
We are scaling up production of electrospun nanofiber membranes. This technology allows us to create thinner fibers with smaller pore sizes, helping to reduce energy consumption in high-efficiency commercial HVAC networks.
We are developing filter media with built-in sensors. These sensors can monitor pressure drop and particulate loading in real time, helping operators transition from scheduled maintenance to need-based replacement.
We are researching fully recyclable polyester structures. Our goal is to create high-efficiency filters that can be easily recycled at the end of their lifespan, helping facilities reduce waste and lower their environmental footprint.
Get answers to common technical and structural questions regarding media selection, customization, and performance metrics:
Our broader catalog offers specialty solutions, including eco-friendly humidifier wicks, heavy-duty green-and-white pre-filter rolls, cleanroom fiberglass panels, and heat-resistant stainless steel HEPA options.
Snow Peak
