The Zanxis formaldehyde catalytic filter mesh is a catalytic filter that decomposes formaldehyde and other VOCs at room temperature, rather than merely trapping them. It is designed for air purifiers, HVAC systems, and other air-treatment equipment that require long-term formaldehyde removal. With a formaldehyde CADR of ≥300 m³/h and F4-grade cumulative purification capacity (≥1500 mg), it suits OEM and ODM projects where verifiable performance and custom sizing are essential.
| Item | Detail |
|---|---|
| Core catalytic component | High-activity manganese dioxide (δ-MnO₂) / composite manganese oxide |
| Formaldehyde clean air delivery rate (CADR) | ≥300 m³/h (customizable per equipment) |
| Cumulative clean mass (CCM) | F4 grade (≥1500 mg), long-life design |
| Recommended operating environment | Temperature: 5°C–50°C; humidity: 30%–90% RH |
| Recommended service life | 12–36 months (depending on actual pollutant concentration) |
| Compatible carrier forms | Honeycomb activated carbon mesh, porous ceramic core, fiber composite filter |
Before selecting a catalytic filter, confirm the values that directly affect system performance and validation. The Zanxis filter’s formaldehyde CADR is ≥300 m³/h, but the actual value in your device depends on airflow, filter size, and installation. The CCM is F4 grade (≥1500 mg), indicating a long-life design, yet actual service life ranges from 12 to 36 months based on pollutant concentration and operating conditions. The recommended operating environment is 5°C–50°C and 30%–90% RH; confirm your application falls within this range. Also verify the carrier form—honeycomb activated carbon, porous ceramic, or fiber composite—matches your housing and airflow path. These parameters should be cross-checked with your own test data or with samples before mass production.
We recommend a structured sample verification process to confirm performance and fit before committing to production. The typical workflow is:
This workflow helps catch integration issues early and ensures the filter meets your performance targets.
The Zanxis formaldehyde catalytic filter mesh uses a high-activity manganese dioxide catalyst (δ-MnO₂) or composite manganese oxide, which decomposes formaldehyde at room temperature without requiring additional energy. The catalyst is supported on one of three carrier forms: honeycomb activated carbon mesh, porous ceramic core, or fiber composite filter. This flexibility allows integration into different air purifier and HVAC designs. The filter is intended for use in environments within 5°C–50°C and 30%–90% RH. Recommended service life is 12–36 months, depending on pollutant concentration; in high-pollution settings, more frequent replacement may be needed. The filter is not a particle filter; it targets formaldehyde and certain VOCs. For combined particle and gas-phase removal, pair it with a suitable pre-filter.
Zanxis supports product verification with in-house laboratory capabilities. Our laboratory is accredited by CNAS (China National Accreditation Service for Conformity Assessment), and we can issue test reports for filtration efficiency, dust holding capacity, and resistance. These reports are based on standard test methods and provide a baseline for comparison; actual performance in your device should be validated with samples.
Quality management follows IQC, IPQC, and OQC processes. The production base covers 50,000 m², including 6 clean workshops totaling 20,000 m². Zanxis holds IATF 16949 certification (obtained in 2024) and ISO 9001, ISO 14001, and ISO 45001 certifications. Products comply with REACH and RoHS environmental regulations, and compliance documents are available upon request. With over 20 years of experience in filtration R&D and manufacturing, and more than 20 years of continuous export to Europe, the United States, Japan, and South Korea, Zanxis has developed over 1,000 filtration solutions. Multiple automated production lines support monthly capacity of millions of pieces. OEM/ODM services include customization of size, structure, filter grade, frame material, logo, and packaging.
To request samples or test reports for the Zanxis formaldehyde catalytic filter mesh, please provide the following details: your device or vehicle model, required size or drawing, airflow or water flow (if applicable), operating conditions (temperature, humidity, pollutant concentration), and estimated quantity. This information helps us recommend the appropriate carrier form and configuration. Contact our team to start the sample verification process. We will respond with sample availability, test report options, and lead time.
Yes, we can provide test reports from our CNAS-accredited laboratory covering filtration efficiency, dust holding capacity, and resistance. These reports are based on standard test conditions and should be validated with samples in your specific application. Contact us with your requirements to request the relevant reports.
Sample validation typically involves sample preparation, shipping, and your in-house testing. The exact duration depends on customization requirements and shipping time. We recommend planning for a few weeks to allow for iteration. Please contact us with your device details for a more precise estimate.
The formaldehyde CADR is ≥300 m³/h, and the cumulative clean mass (CCM) is F4 grade (≥1500 mg). Actual efficiency in your device depends on airflow, filter size, and installation. We recommend verifying performance with samples under your operating conditions.
Yes, we support customization of size, structure, carrier form (honeycomb activated carbon, porous ceramic, or fiber composite), and packaging. Provide your device model and dimensions or drawings, and we will recommend a configuration. OEM/ODM services are available.
MOQ varies depending on customization and carrier form. Please contact us with your specific requirements for an accurate MOQ. We accommodate both small and large orders.
Lead time depends on order quantity and customization. Standard products may ship sooner, while custom sizes may require additional time. Contact us for a lead time estimate based on your project.
Recommended service life is 12–36 months, depending on pollutant concentration and operating conditions. In high-pollution environments, more frequent replacement may be necessary. Monitor performance or follow your maintenance schedule.
Yes, we provide samples for evaluation. Please provide your device model, required size or drawing, and operating conditions so we can recommend the appropriate sample. Contact us to request samples and discuss test report options.