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Enhance fire resistance, improve safety compliance, and protect lives and assets with GFLAM™ Flame Retardant Additives—a next-generation range of halogen-free, low-smoke, environmentally responsible flame retardant solutions designed for plastics, coatings, construction materials, cables, foams, adhesives, sealants, and composite systems.
GFLAM™ additives are engineered to meet the growing global demand for non-toxic, sustainable, and regulation-compliant fire protection technologies, without compromising mechanical strength, thermal stability, processing ease, or aesthetics.
The GFLAM™ series is based on carefully optimized combinations of:
This synergistic system delivers intumescent fire protection, forming a stable, insulating char layer when exposed to heat or flame. The char barrier effectively blocks heat transfer, oxygen diffusion, and flame propagation, significantly reducing fire growth, smoke density, and toxic gas release.
Unlock superior anti-microbial, anti-bacterial, and anti-fungal performance with BIOX Made In Japan Anti-Microbial Additives, a next-generation solution designed for plastics, coatings, textiles, construction materials, adhesives, inks, sealants, and hygiene surfaces.
Powered by a synergistic blend of Silver-Zeolite, Silver-Ion Technology, and Quaternary Silane (Q-Silane) chemistry, the BIOX series delivers broad-spectrum microbial protection while ensuring long-term durability, surface compatibility, and safe, non-leaching performance.
As industries move toward high-performance hygiene materials due to rising regulatory and safety expectations, our BIOX anti-microbial additive series provides unmatched protection against bacteria, fungi, molds, algae, viruses, and odor-forming microbes—without compromising mechanical, thermal, or aesthetic properties.
GFLAM-X25 is a halogen-free, phosphorus–nitrogen-based flame retardant designed specifically for polyvinyl chloride (PVC) insulation and jacketing systems.
GFLAM-APP10 is an Ammonium Polyphosphate (APP) Type I flame retardant, optimized for intumescent systems in thermoplastics such as polypropylene (PP), polyethylene (PE), and EVA
GFLAM-ZB5 is a micronized zinc borate that functions as a smoke suppressant, flame retardant synergist, and arc suppression agent. It decomposes endothermically, releasing water and forming protective boron oxide layers that reduce flame propagation and toxic emissions.
GFLAM-PNZB1 is a multifunctional flame retardant system combining phosphorus-nitrogen synergism with zinc borate to deliver enhanced flame suppression, reduced smoke, and robust carbonaceous char.
GFLAM™ flame retardant additives are completely halogen-free, offering a safer alternative to brominated and chlorinated systems. They meet modern environmental, health, and sustainability requirements while delivering reliable fire protection.
GFLAM™ formulations create a protective, expanded char layer when exposed to heat or flame. This intumescent barrier blocks heat, oxygen, and flame propagation, significantly slowing fire growth and structural damage.
Unlike traditional flame retardants, GFLAM™ systems generate minimal smoke and toxic gases, making them ideal for enclosed spaces, public buildings, transportation, and electrical applications.
GFLAM™ provides high flame retardancy without sacrificing strength, flexibility, thermal stability, or appearance—a key advantage over mineral-heavy systems like ATH or MDH.
GFLAM™ supports compliance with:
UL-94 (V-0 / V-1)
Limiting Oxygen Index (LOI)
Glow Wire & IEC standards
RoHS & REACH regulations
This ensures global acceptance across regulated markets.
The synergistic APP–MP–Zinc Borate system minimizes:
Flaming drips
Afterglow combustion
Secondary ignition risks
Resulting in safer evacuation time and lower fire escalation.
GFLAM™ is available in tailor-made grades optimized for:
Plastics & polymer compounding
Intumescent coatings
Cable & LSZH formulations
Construction & insulation materials
Intumescent fire-retardant coatings (steel & concrete protection)
Wall panels, cladding boards & partitions
Insulation boards (PU, PIR, phenolic foams)
Fire-resistant sealants, mastics & joint fillers
Roofing membranes and underlays
Halogen-free flame-retardant (HFFR / LSZH) cable compounds
Wire & cable insulation and jacketing
Electrical enclosures, conduits & junction boxes
Switchgear housings and electronic casings
Automotive interior plastics & trims
EV battery housings and protective components
Railway coach interiors
Mass-transit fire-safe polymer components
Polypropylene (PP), Polyethylene (PE)
EVA, TPU, TPE compounds
Thermoset & thermoplastic composites
Wood-plastic composites (WPC)
Fire-retardant decorative coatings
Intumescent protective coatings
Flame-retardant adhesives, sealants & caulks
Zeolite Silver provides multi-year, slow-release protection without degrading under heat, UV, or moisture.
Ionized Silver offers broad-spectrum protection while remaining non-toxic, globally compliant, and environmentally safer.
Silver Zeolite withstands temperatures up to 300–350°C, making it suitable for plastics and high-temperature processing.
Silver-Ion systems are hypoallergenic and non-irritating, ideal for hygiene coatings, textiles, and consumer products.
Zeolite Silver is non-staining and color-neutral, maintaining brightness and transparency in coatings & polymers.
Q-Silane bonds permanently to surfaces, offering durable, long-lasting antimicrobial protection.
Ionized Silver works continuously, providing ongoing protection long after alcohol evaporates.
Silver Zeolite is non-corrosive, non-reactive, and stable, even in high-humidity environments.
Silver releases ions consistently, delivering stronger and more reliable microbial reduction.
BIOX Silver-Ion technology works 24/7, regardless of lighting or environmental conditions.
Silver Zeolite resists oxidation and does not lose efficacy, ensuring long-term antimicrobial action.
Silver blocks a wide spectrum of microbes, including bacteria, fungi, mold, algae, and yeast.
Silver Zeolite offers low-toxicity, eco-friendly antimicrobial protection, compliant with global regulations (REACH, EPA, FDA).
Applications:
Intumescent fire-retardant coatings, steel structure protection coatings, fire-resistant decorative paints, epoxy & PU fire-protective coatings, industrial fire-barrier coatings.
Applications:
Fire-retardant tile adhesives, grouts, cementitious repair mortars, fire-resistant sealants, PU foams, insulation boards, wall panels, roofing membranes.
Applications:
Flame-retardant polypropylene (PP), polyethylene (PE), EVA, TPU, TPE compounds, polymer masterbatches, consumer goods housings, electrical plastic components.
Applications:
Halogen-free flame-retardant cable compounds, wire insulation & jacketing, conduits, junction boxes, switchgear enclosures, electrical conduits.
Applications:
Automotive interior plastics, EV battery enclosures, railway coach interiors, mass-transit polymer components, fire-safe composite panels.
Applications:
PU & PIR foams, phenolic insulation boards, fire-retardant acoustic panels, thermal insulation materials for buildings and industrial equipment.
Applications:
Fire-retardant construction adhesives, joint sealants, expansion gap fillers, fire-stopping mastics, industrial bonding systems.
Applications:
Electrical enclosures, appliance housings, control panels, electronic casings, industrial equipment covers requiring low-smoke flame retardancy.
Applications:
Fire-retardant plywood, MDF & particle boards, laminated panels, modular furniture components, interior fit-out materials for commercial buildings.
Applications:
FRP composites, sandwich panels, glass-fiber reinforced panels, construction composites used in buildings, transport and industrial structures.
Applications:
Cable trays, electrical panels, control cabinets, power distribution housings, utility enclosures requiring flame spread resistance.
Applications:
Fire-retardant coatings for pipelines, equipment housings, insulation systems, cable protection materials used in refineries, plants and offshore facilities.
Applications:
Fire-safe panels, coatings and polymer components used in airports, hospitals, malls, metro stations, cinemas and institutional buildings.
Applications:
Marine interior panels, cable insulation, equipment housings, fire-retardant coatings and polymer components for ships and offshore platforms.
Applications:
Fire-resistant composite parts, cable systems, protective coatings, lightweight flame-retardant polymer components for defense and aerospace use.
| Parameter | GFLAM™ (APP+MP+ZB Intumescent / Halogen-Free) | ATH (Aluminium Trihydrate) | MDH (Magnesium Hydroxide) | Brominated FR (Halogenated) |
|---|---|---|---|---|
| Chemistry Type | Halogen-free intumescent + synergistic char former | Mineral FR (endothermic, releases water) | Mineral FR (endothermic, releases water) | Halogenated radical-quenching flame inhibition |
| Primary Mechanism | Char / intumescent barrier blocks heat & oxygen | Cooling + dilution via water release | Cooling + dilution via water release | Gas-phase flame inhibition |
| Smoke & Toxicity | Low smoke / lower toxicity | Low smoke | Low smoke | Higher smoke / toxic & corrosive gases |
| Typical Loading (Dosage) | Moderate (lower than ATH/MDH for same rating) | High (very high filler loading) | High (sometimes lower than ATH) | Low to moderate |
| Effect on Mechanical Properties | Better retention vs high mineral loading | Reduced strength & flexibility | Property reduction due to loading | Good at low loading, system-dependent |
| Impact on Density / Weight | Moderate impact | Significant weight increase | Significant weight increase | Low impact |
| Processing / Flow | Good – application-tuned blends | Higher viscosity, reduced flow | Better than ATH, still affects flow | Generally good, careful control needed |
| Thermal Stability (Processing) | Good (grade-dependent) | Lower decomposition onset | Higher than ATH | Generally good, resin-dependent |
| Dripping / Afterglow Control | Good (char + ZB synergy) | Moderate | Moderate | Dripping possible unless synergized |
| Electrical / Cable Suitability | Excellent for LSZH / HFFR | LSZH, but high loading required | LSZH, better high-temp stability | Not preferred for LSZH |
| Corrosion Risk | Low | Low | Low | Potentially high |
| Regulatory / Sustainability Trend | Strongly preferred | Preferred, loading trade-off | Preferred, loading trade-off | Under increasing pressure |
| Best Fit Applications | Coatings, plastics, cables, construction, foams, sealants | Wire & cable, polyolefins | High-temp cables & polyolefins | High FR at low loading (legacy systems) |