Our company officially releases upgraded high-emissivity far-infrared functional powder on Oct. 12, 2026.

This surface-modified inorganic mineral powder delivers ≥92% far-infrared normal emissivity within 8-14 μm “life-light” band, solving poor dispersion and unstable radiant performance which troubled many end-product manufacturers. Widely applicable for functional textile, therapeutic patch, interior coating and construction material, the new-grade powder helps finished-goods manufacturers boost product competitiveness in wellness and energy-saving markets.

H2 Key Features & Business Benefits

H3 High Far-Infrared Emissivity for End-Product Performance

Composited from selected tourmaline and multi-component ceramic minerals, the far-infrared powder reaches ≥92% normal emissivity under room temperature within 8-14 μm wavelength, the optimal band matching human body absorption. When blended into textiles or medical patches, it supports microcirculation improvement and gentle thermal resonance effect, without external power supply.

Customer scenario: Wellness apparel producers add 5-12 % of this powder into fiber masterbatch; finished fabric keeps stable infrared performance after repeated washing cycles.

H3 Optimized Dispersion Reduces Production Defect Rate

Surface modification treatment greatly improves compatibility with polymer, water-based paint and coating systems. Fine-grade particle size avoids agglomeration. Customer real-world feedback shows production reject rate drops by 32 % compared with ordinary unmodified far-infrared powder.

Customer scenario: Paint manufacturers mix this powder into interior wall coating; no grainy particles appear on final coating surface.

H3 Wide Chemical Stability & Environmental Compliance

Non-toxic, inert mineral composition. It withstands high-temperature extrusion for fiber masterbatch production, resistant to weak acid & weak alkali. The material meets RoHS requirements, safe for household, textile and light-medical contact scenarios.

H2 Technical Specifications

Note: Custom particle-size grading and surface-treatment options are available for textile masterbatch, water-borne coating or ceramic application.

H2 Typical Application Industries

• Functional Textile: Thermal sportswear, bedding, health-care undergarment, far-infrared fiber masterbatch.
• Health-Care Supplies: Therapeutic plaster, physiotherapy auxiliary materials.
• Building & Coating: Energy-saving interior wall paint, floor functional layer.
• Plastic & Rubber: Functional household plastic parts, insulation composite materials.

H2 Customer FAQs

Q1: What adding percentage do you recommend for textile masterbatch? A: Normally 5-10 % weight ratio. Higher loading improves infrared performance yet affects spinning fluidity; our technical team can give tailored suggestion according to your existing fiber formula.

Q2: Can this far-infrared powder work in water-based coating system? A: Yes. Our surface-modified grade shows excellent water dispersion. We can provide wet-dispersion test report upon request.

Q3: Is emissivity test report available for customs or third-party inspection? A: Yes. COA and far-infrared emissivity test certificate can be supplied per batch order.

Q4: Can we get small trial sample before bulk purchase? A: 1-2 kg trial samples are available for lab testing. Sample freight cost will be deducted from your subsequent bulk order.

Closing & Call-to-Action

The upgraded far-infrared functional powder opens new possibilities for manufacturers developing wellness-focused and energy-saving finished goods. Our technical team supports formula consultation, particle-size customization and third-party test document support.

If you want to evaluate this mineral additive for your product line, please contact our sales team to request trial samples and complete technical datasheet.