Supercritical Physical Foaming Technology Since 1981

Supercritical Foam Manufacturer & Wholesale Supplier

Next-generation supercritical fluid foaming (SCF) solutions - scEVA, scTPU, scPEBA and scTPE high-rebound foams engineered for high-performance athletic footwear, protective gear and advanced cushioning.

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250,000㎡

Factory area

90+

Press & autoclave lines

Production bases

40+

Years of manufacturing

About Firefox Foam

Supercritical Fluid Foaming (SCF) Technology & High-Rebound Foam Manufacturer

Quanzhou Firefox New Material Co., Ltd. is an industry-leading foam manufacturer and exporter established in 1981. With production bases in China, Indonesia and Vietnam, we are a certified partner to global retail and athletic giants including Walmart, Target, LIDL, Costco, Skechers and PUMA. Leveraging clean supercritical nitrogen (N₂) and carbon dioxide (CO₂) physical foaming technology, we supply ultra-lightweight, high-energy-return scEVA, scTPU, scPEBA and scTPE sheets, molded midsoles and custom precision parts with zero chemical blowing agent residue.

40+ years manufacturing excellence

Pioneering foam development since 1981 with dedicated polymer rheology and microcellular engineering teams.

Clean physical foaming technology

Supercritical N₂/CO₂ physical expansion eliminates toxic chemical foaming agents, formamide and harsh odors.

Ultra-high energy return & durability

Energy return rates reaching 65% to 85%+ with ultra-low compression fatigue and prolonged dynamic rebound.

Full OEM / ODM customization

Custom polymer matrices, density gradients (0.08–0.35 g/cm³), colors, split calipers and tooling built to your 3D CAD.

Factory Scale & Production Lines

Supercritical Foam Factory Scale & Production Bases

Three international production bases operating under strict ISO quality management. Our multi-country manufacturing footprint enables flexible tariff optimization, short lead times, and continuous high-volume supply for global brands.

China - Quanzhou, Fujian

Headquarters and primary R&D center. Equipped with high-pressure supercritical autoclaves, polymer rheology testing labs, and multi-axis CNC tooling workshops.

Indonesia

High-volume mass production base serving Southeast Asia and global footwear assembly hubs, lowering landed costs and regional supply risks.

Vietnam

Dedicated export facility providing strategic tariff diversification for US and European tier-1 footwear and sports brands.

Inside Our Supercritical Physical Foaming Lines

Advanced physical foaming engineering from polymer preform compounding to high-pressure gas saturation and precision splitting.

Supercritical autoclaves

Automated high-pressure nitrogen/carbon dioxide saturation vessels ensuring microcellular uniformity across every batch.

In-mold expansion presses

Direct-mold foaming and compression molding lines producing finished and net-shape shoe midsoles with zero skin defects.

Precision splitting & skiving

High-speed band-knife splitting machines calibrated to ±0.15mm tolerances for thin-gauge sheets and laminates.

Dynamic biomechanics lab

Drop-ball rebound testers, DIN abrasion machines, and multi-thousand-cycle fatigue testers verifying physical specs.

Product Definition

What Is Supercritical Foam (SCF)?

Supercritical foam is an ultra-high-performance microcellular elastomer produced via clean physical foaming using supercritical fluids (such as supercritical N₂ or CO₂) rather than chemical blowing agents.

In the supercritical state-where temperature and pressure exceed the thermodynamic critical point-gases exhibit gas-like diffusivity and liquid-like dissolving power. By saturating thermoplastic elastomer matrices (such as EVA, TPU, PEBA, or TPE) with supercritical nitrogen or carbon dioxide and rapidly releasing pressure, millions of uniform, closed microcells (10–30 μm) nucleate and expand instantaneously.

Because no chemical blowing agents (such as AC azodicarbonamide) or toxic cross-linking residues are used, supercritical foams eliminate formamide, VOC emissions, and yellowing odors. The resulting microcellular matrix delivers explosive energy return (up to 85%+), exceptional fatigue resistance, and featherlight density.

Who buys this product?

Performance running & athletic footwear brands
Recovery slide & thick-sole slipper developers
Ergonomic & orthopedic insole manufacturers
Protective sports gear & helmet liner producers
Consumer electronics shock-damping designers
Automotive acoustic & lightweight part converters

Product Range & Applications

Supercritical Foam Products & Where They Are Used

We supply supercritical physical foams across multiple polymer grades, molded midsoles, continuous sheets, and custom die-cut components tailored to your exact rebound and density requirements.

Supercritical EVA Foam (scEVA)

High-rebound microcellular EVA engineered for lightweight running shoe midsoles, training footwear, and high-resilience cushioning components.

Supercritical TPU Foam (scTPU)

Thermoplastic polyurethane supercritical foam offering extreme abrasion resistance, dynamic elasticity, and high thermal stability across broad temperature ranges.

Supercritical Insole & Midsole Foam

Custom-molded and die-cut orthotic insoles providing superior arch support, impact absorption, and long-lasting rebound that will not pack out.

Supercritical Recovery Slide & Slipper Sole

Ultra-cushioned, lightweight supercritical foam soles engineered for post-sport recovery footwear, comfort slides, and ergonomic thick-soled slippers.

Where Supercritical Foam Is Used

Matching polymer chemistry and cell architecture to mechanical performance targets:

Athletic & Marathon Running Shoes

Race-day marathon midsoles, daily training shoes, and speed-rebound trail runners demanding maximum energy return.

Post-Sport Recovery Slides & Slippers

Thick-soled recovery footwear delivering pillow-soft step-in comfort, joint pressure relief, and skin-safe 0 ppm formamide purity.

Orthopedic & Ergonomic Footbeds

Medical orthotics, arch-support insoles, and comfort standing pads that resist permanent compression deformation.

Impact Protection & Helmets

Tactical helmet liners, motorcycle armor, football shoulder pads, and chest protectors absorbing multi-impact shocks.

Outdoor & Sporting Goods

Lightweight cycling saddles, ski boot liners, backpack strap padding, and high-resilience handle grips.

Electronics Packaging & Gaskets

Ultra-clean, dust-free sealing gaskets, acoustic isolation pads, and drop-protection cushions for precision electronics.

Product Advantages

What Are the Advantages of Supercritical Foam?

Supercritical physical foaming unlocks mechanical properties that traditional chemical foaming cannot achieve-delivering explosive rebound, lighter weight, and eco-friendly purity.

Ultra-high energy return (65–85%+)

Microcellular sealed pore structure stores and returns kinetic energy instantaneously, dramatically reducing runner fatigue.

Featherlight low density

Densities as low as 0.08–0.18 g/cm³ achieve up to 40% weight reduction compared to conventional compression-molded EVA.

Zero chemical blowing agents

Physical expansion uses clean N₂/CO₂. Completely free of formamide, azo dyes, toxic plasticizers, and offensive chemical odors.

Superior fatigue & creep resistance

Retains over 92% of original rebound and thickness even after 100,000+ dynamic compression cycles.

Technical Specifications

Supercritical Foam Material Data Sheet

Standard mechanical parameters across our core supercritical polymer grades. Custom density, hardness, and polymer blends can be adjusted to your exact technical specification.

Property / Parameter	Supercritical EVA (scEVA)	Supercritical TPU (scTPU)	Supercritical PEBA (scPEBA)	Supercritical TPE (scTPE)
Foaming Mechanism	Supercritical N₂ Physical	Supercritical N₂/CO₂ Physical	Supercritical N₂ Physical	Supercritical N₂/CO₂ Physical
Density Range (g/cm³)	0.10 – 0.22	0.15 – 0.32	0.08 – 0.16	0.12 – 0.25
Hardness (Asker C / Shore C)	35C – 55C	40C – 60C	32C – 48C	30C – 50C
Ball Rebound Resilience (%)	65% – 75%	70% – 80%	80% – 88%+	62% – 72%
Tensile Strength (MPa)	≥ 2.2	≥ 4.5	≥ 3.2	≥ 2.0
Elongation at Break (%)	≥ 250%	≥ 380%	≥ 300%	≥ 280%
Split Tear Strength (N/mm)	≥ 2.8	≥ 5.2	≥ 3.8	≥ 2.5
Compression Set (50%, 22h, 23°C)	≤ 18%	≤ 12%	≤ 10%	≤ 16%
DIN Abrasion Loss (mm³)	≤ 140	≤ 65	≤ 95	≤ 130
Operating Temperature Range	-20°C to +75°C	-35°C to +90°C	-40°C to +85°C	-30°C to +80°C
Chemical Residues / Formamide	0 ppm (ND)	0 ppm (ND)	0 ppm (ND)	0 ppm (ND)
Available Supply Forms	Molded soles, Sheets, Rolls	Molded midsoles, Pellets, Sheets	Molded race soles, Preforms	Continuous sheets, Die-cuts

* Custom color matching, anti-static grades, flame retardant grades, and dual-density co-molded options available upon request.

Polymer Variations

Types of Supercritical Foams & Polymer Bases

Select the ideal polymer matrix based on your target balance of weight, resilience, thermal resistance, and production cost:

Supercritical EVA (scEVA)

Cost-efficient high-rebound foam with excellent moldability, low shrinkage, and easy cementing. Ideal for commercial marathon and training shoes.

Supercritical TPU (scTPU)

Superior mechanical toughness, exceptional abrasion resistance, and consistent elasticity in sub-zero winter temperatures.

Supercritical PEBA (scPEBA)

Elite polyamide elastomer delivering the lowest density and the highest energy return (85%+), specified for world-class racing shoes.

Supercritical TPE (scTPE)

Eco-friendly, 100% recyclable thermoplastic elastomer foam with a velvet soft hand feel and excellent skin contact comfort.

Selection Guide

How to Choose the Right Supercritical Foam for Your Project

A systematic technical roadmap to help product managers and footwear developers specify the exact material grade:

Identify performance tier

For budget-to-mid training footwear choose scEVA; for extreme durability pick scTPU; for elite competitive racing specify scPEBA.

Select manufacturing format

Decide between direct mold expansion (for net-shape finished soles) and flat autoclave block splitting (for CNC/die-cut parts).

Determine density & hardness

Balance cushioning softness (35C–42C at 0.11 g/cm³) with torsional stability and lateral support (48C–55C at 0.18 g/cm³).

Evaluate bonding & assembly

Review adhesive primer requirements and outsole TPU/rubber cementing protocols with our technical engineering team.

Procurement Pitfalls

Common Mistakes When Sourcing Supercritical Foams

Avoid costly trial errors by reviewing the critical engineering factors that distinguish supercritical physical foaming from traditional chemical expansion:

Using traditional chemical EVA shrinkage factors

Supercritical physical foams exhibit unique post-expansion cooling behavior. Molds must be engineered with dedicated expansion ratios.

Ignoring thermal stability requirements

Standard chemical EVA can stiffen drastically in cold weather. For sub-zero winter performance, specify scTPU or scPEBA.

Overlooking surface energy & cement bonding

Physical microcellular surfaces have closed cell skins. Appropriate UV primers or plasma surface treatments ensure permanent outsole bonding.

Relying solely on static hardness tests

Static Asker C hardness does not reflect dynamic energy return. Always evaluate drop-ball rebound and dynamic mechanical analysis (DMA).

Material Comparison

Supercritical Foam vs Traditional Cushioning Foams

Direct side-by-side performance comparison across all major industrial cushioning materials:

Evaluation Metric	Supercritical Foam (SCF)	Traditional Chemical EVA	Expanded TPU (E-TPU / Boost)	Traditional PU Foam
Foaming Agent	Supercritical N₂ / CO₂ (Clean Physical)	AC Chemical Azodicarbonamide	Supercritical CO₂ (Steam-fused beads)	Chemical Isocyanate / Polyol
Cell Structure	Uniform microcellular (10–30 μm)	Coarse closed-cell (100–300 μm)	Fused expanded bead matrix	Open or semi-open cellular
Energy Return / Rebound	65% – 85%+ (Ultra-High)	45% – 55% (Moderate)	65% – 72% (High)	35% – 48% (Low to Fair)
Density Range	0.08 – 0.22 g/cm³ (Featherlight)	0.18 – 0.35 g/cm³ (Standard)	0.22 – 0.32 g/cm³ (Heavy)	0.25 – 0.45 g/cm³ (Dense)
Formamide / Toxic Odor	0 ppm / Zero Odor (Clean)	Often contains formamide & ammonia	Low odor / Trace residues	Amine catalyst odor / VOCs
Compression Fatigue Life	> 100,000 cycles without pack-out	Packs out after 20,000–30,000 cycles	> 80,000 cycles	Moderate creep over time
Visual Aesthetics	Seamless, smooth molded skin	Visible mold lines / cell pinholes	Bead/popcorn texture surface	Skin layer requires coating
Total Carbon Footprint	Low (Clean gas, recyclable polymers)	High (Chemical decomposition)	Moderate (High steam energy consumption)	High (Non-recyclable thermoset)

Manufacturing Process

Supercritical Fluid Physical Foaming Process Flow

From precision polymer compounding to high-pressure gas dissolution and computerized cell stabilization:

Polymer preform compounding & extrusion

Virgin elastomer resins (EVA/TPU/PEBA) are blended with functional nucleating agents and extruded into exact preforms.

Supercritical N₂/CO₂ gas saturation

Preforms enter high-pressure autoclaves where supercritical nitrogen gas dissolves homogeneously into the polymer matrix.

Rapid depressurization & cell nucleation

Instantaneous pressure release triggers thermodynamic instability, causing billions of microcells to nucleate simultaneously.

In-mold precision expansion

Cells expand within temperature-controlled precision molds, forming smooth, skin-sealed molded midsoles or uniform foam blocks.

Stabilization, annealing & skiving

Foam parts undergo thermal annealing to eliminate residual internal stresses, followed by robotic CNC trimming or splitting.

Quality testing & clean packaging

100% inspection for density, rebound %, dimensions, and zero-defect surface quality before anti-dust export packaging.

Custom Manufacturing

OEM / ODM Customization Capabilities

We collaborate with global brands and converters to develop proprietary supercritical foam formulations, tooling, and aesthetic finishes:

Custom polymer matrices

Custom tailored blends of scEVA, scTPU, scPEBA, and biopolymer derivatives engineered for your target rebound curves.

Tooling & 3D mold development

In-house 5-axis CNC mold making supporting complex midsole geometries, ergonomic contours, and integrated carbon plate channels.

Color & aesthetic finishes

Pantone color matching, multi-color marbling, gradient spray coatings, and laser-engraved micro-textures.

Composite lamination

In-mold or post-mold bonding with TPU outsoles, carbon fiber plates, engineered meshes, and anti-slip textiles.

Handling & Storage Guide

Storage, Handling & Processing Guidelines

Ensure optimal dimensional stability and bonding performance during secondary fabrication and shoe assembly:

Storage climate

Store in a well-ventilated, dry warehouse at 15°C–28°C away from direct sunlight, open flames, and heat radiators.

Stacking & palletization

Store flat on clean wooden pallets. Avoid excessive stacking weights to prevent temporary surface pressure indentations.

Acclimatization before cutting

Allow split sheets or molded parts to acclimate at workshop ambient temperature for 24 hours prior to precision die-cutting.

Adhesive cement primers

Use recommended EVA/TPU primers and water-based adhesives. Ensure surfaces are free of oil or mold release agents before cementing.

Quality Assurance

Certifications & International Compliance

Manufactured in full compliance with the world's most stringent environmental and footwear consumer safety regulations:

ISO 9001:2015 & ISO 14001

Certified quality management and environmental systems ensuring repeatable batch-to-batch consistency.

0 ppm Formamide / REACH

Physical foaming guarantees non-detectable formamide (ND < 5 ppm), fully complying with EU REACH Regulation.

OEKO-TEX Standard 100

Certified Class I (safe for direct skin and baby contact), free from phthalates, heavy metals, and harmful SVHCs.

SATRA Footwear Standards

Tested in accordance with SATRA TM standards for flex fatigue, tear strength, dynamic rebound, and abrasion resistance.

How to Work With Us

Our 5-Step OEM / ODM Cooperation Process

A seamless, engineering-led development pipeline from initial project brief to global container delivery:

Technical consultation & 3D review

Submit your 3D CAD models, target hardness, density, and rebound specifications for feasibility analysis.

Prototyping & lab sample dispatch

We produce laboratory prototype soles or material sample sheets and dispatch them within 5–7 working days for your evaluation.

Tooling & pre-production validation

Precision production mold fabrication followed by pilot-run sample approval, wear-testing, and bonding validation.

Full-scale automated mass production

Automated autoclave gas saturation and press lines ensure high daily output with in-line computerized quality checks.

Global logistics & export documentation

Flexible shipment from China, Indonesia, or Vietnam with full COA, RoHS, and test certificates delivered with each batch.

Continuous after-sales support

Dedicated technical account managers supporting your assembly lines with cementing advice and formula optimizations.

Customer Success

Case Studies: Supercritical Foam in Real-World Performance

Discover how leading sportswear brands and industrial innovators engineered winning products with Firefox Foam:

Marathon Carbon-Plate Super-Shoe

Challenge: Global running brand required a sub-0.12 g/cm³ midsole delivering over 82% energy return without bottoming out over 42 km.
Solution: Custom scPEBA formulation molded with integrated carbon plate channels, achieving 38% weight reduction and 24% rebound improvement over previous EVA models.

Post-Sport Recovery Thick-Sole Slide

Challenge: International athletic brand wanted a cloud-soft recovery slide that avoided chemical odor and skin irritation.
Solution: Supercritical scEVA recovery slide soles providing 68% energy return, 0 ppm formamide, and 30% lower density than conventional slides.

Zero-Packout Medical Orthotic Insole

Challenge: European podiatry manufacturer needed an insole core that maintained arch resilience without permanent compression deformation.
Solution: Supercritical scTPU composite insoles tested over 150,000 cycles with under 5% thickness loss and zero chemical odor.

Technical Resources

Technical Documentation & Laboratory Test Reports

Complete laboratory documentation, safety datasheets, and compliance records available for immediate download upon request:

Supercritical EVA (scEVA) Technical Data Sheet (TDS)
Supercritical TPU (scTPU) Dynamic Mechanical Analysis (DMA)
Supercritical PEBA (scPEBA) Energy Return & Rebound Report
SGS Formamide Non-Detection Test Certificate (0 ppm)
SATRA TM 100,000-Cycle Dynamic Compression Fatigue Report
Material Safety Data Sheet (MSDS) & REACH Compliance Dossier
OEKO-TEX Standard 100 Class I Safety Certification
Supercritical Foam Cementing & Primer Technical Application Guide

Frequently Asked Questions

Frequently Asked Questions About Supercritical Foam

Comprehensive answers to the most common technical, commercial, and manufacturing questions from footwear developers and sourcing managers:

What is the fundamental difference between supercritical foam and conventional EVA foam?

Conventional EVA uses chemical blowing agents (such as azodicarbonamide / AC) that decompose at high temperatures, producing nitrogen gas alongside chemical byproducts like formamide, ammonia, and yellowing residues. Supercritical foam utilizes clean supercritical nitrogen (N₂) or carbon dioxide (CO₂) physical gas. The resulting foam features an ultra-fine microcellular structure (10–30 μm vs 100–300 μm in chemical EVA), delivering significantly higher rebound (up to 85%+ vs 50%), lower density, zero chemical odor, and zero formamide.

Which polymer types can be processed using supercritical physical foaming?

We process multiple thermoplastic elastomer bases including EVA (scEVA), Thermoplastic Polyurethane (scTPU), Polyamide Elastomer (scPEBA / Pebax® equivalent), and Thermoplastic Elastomers (scTPE). We also develop custom biopolymer and recycled blends based on client sustainability briefs.

What energy return (rebound resilience) percentages can be achieved?

Our standard supercritical EVA achieves 65%–75% ball rebound resilience, scTPU delivers 70%–80%, and our elite scPEBA formulations reach 80%–88%+, significantly outperforming conventional compression-molded EVA (45%–55%) and traditional PU foams (35%–48%).

Does supercritical foam contain formamide or harmful VOCs?

No. Because supercritical physical foaming relies entirely on inert gases (N₂ or CO₂) without chemical decomposition, no formamide is formed during processing. SGS and TÜV testing confirms non-detectable (ND < 5 ppm) formamide levels, making our foams 100% compliant with strict EU REACH, California Prop 65, and OEKO-TEX Standard 100 Class I regulations.

What is the minimum density available for supercritical foams?

Our scPEBA formulations can achieve ultra-light densities as low as 0.08–0.12 g/cm³. Supercritical EVA is typically produced at 0.10–0.18 g/cm³, and scTPU ranges from 0.15–0.30 g/cm³, delivering up to 40% weight savings compared to traditional footwear cushioning materials.

Can you manufacture finished molded shoe midsoles or only flat foam sheets?

We offer both manufacturing routes. We have in-house direct-mold foaming and compression presses for finished net-shape midsoles, outsoles, and orthotic insoles, as well as large autoclave block foaming for converters requiring continuous sheets, split rolls, and custom CNC/die-cut parts.

How does supercritical foam perform in sub-zero winter temperatures?

While conventional EVA stiffens and loses elasticity below 0°C, supercritical TPU (scTPU) and scPEBA maintain outstanding flexibility and dynamic rebound down to -35°C to -40°C, making them ideal for winter trail running, ski boot liners, and all-weather sports gear.

What is the dynamic fatigue resistance and compression set of supercritical foam?

After 100,000 cycles of dynamic compression testing under SATRA TM standards, our supercritical foams show less than 8%–12% thickness reduction and retain over 92% of their initial energy return, effectively eliminating the "pack-out" sensation experienced in conventional shoes after prolonged use.

How do we bond supercritical foam midsoles to rubber outsoles and upper fabrics?

Supercritical foams can be cemented using standard footwear assembly lines. Because the molded skin is very smooth and dense, we recommend standard light buffing or UV/chemical primer treatment prior to applying water-based PU adhesives. We provide detailed cementing process guides and recommended primer formulations.

Can carbon fiber plates or TPU shanks be co-molded inside the midsole?

Yes. We specialize in co-molding and precision insertion molding, embedding carbon fiber plates, torsional TPU shanks, or dual-density cushioning pods directly within the supercritical foam midsole during the molding cycle.

What color options and surface textures can you produce?

We provide custom Pantone color matching across white, black, vivid neon colors, and pastel shades. We also offer multi-color marbling, gradient color spray finishing, and specialized mold surface textures (matte, diamond knurling, micro-perforations).

What is your typical Minimum Order Quantity (MOQ)?

For custom molded midsoles, our typical MOQ is 1,000–2,000 pairs per mold size/style. For standard supercritical foam sheets or trial development orders, we offer flexible prototype batches starting from 300–500 sheets or equivalent square meters.

What is the sample lead time for new supercritical foam prototypes?

Standard flat sheet samples and existing mold prototype samples are dispatched within 3–5 working days. For custom 3D mold development, sample tooling takes approximately 12–18 days, followed by prototype sole delivery in 5–7 days.

What is the mass production lead time?

Standard mass production lead time is 20–30 days after final sample approval and deposit confirmation. Repeat orders can be expedited within 15–20 days depending on factory scheduling.

Can you supply supercritical foam from facilities outside of China?

Yes. Firefox Foam operates production bases in China, Indonesia, and Vietnam. This multi-country footprint enables us to allocate production to your preferred country of origin for tariff mitigation and supply chain redundancy.

How are supercritical foam sheets and molded soles packaged for export?

Molded midsoles are packed in dust-proof PE polybags and heavy-duty 5-ply export master cartons with protective dividers. Foam sheets are wrapped in anti-static PE stretch film and palletized with edge protectors to prevent transit damage.

Can supercritical foam be recycled?

Supercritical TPU (scTPU) and scTPE are 100% thermoplastic materials, meaning post-industrial scrap and end-of-life products can be remelted and reprocessed into new polymer parts without thermoset cross-linking degradation.

Do you provide technical support for our factory's shoe assembly lines?

Yes. Our footwear engineering team provides on-site or remote technical consultation regarding bonding parameters, heat-tunnel temperatures, pressure settings, and cutting dies to ensure smooth assembly integration.

What tolerance standards do you guarantee on foam thickness and hardness?

We maintain strict quality control tolerances: thickness tolerance of ±0.2 mm on precision split sheets and hardness tolerance of ±2 Asker C across production batches.

How can we request free material sample swatches or a factory quote?

You can click the "Request Free Samples" button or contact our engineering sales team at info@firefoxfoam.com. Please provide your target application, estimated volume, and technical requirements for immediate assistance.

Sample Development

Request Supercritical Foam Sample Kit

Get a comprehensive material kit including scEVA, scTPU, and scPEBA hardness swatches, molded sole cross-sections, and full TDS documentation.

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Engineering Collaboration

Custom Tooling & Mold Consultation

Have a custom 3D shoe design or technical component? Send us your CAD drawings for expert mold design and quotation.

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Ready to Upgrade Your Product Performance?

Partner with an Experienced Supercritical Foam Manufacturer

Contact our engineering team today for technical data sheets, custom prototype development, or container-scale factory quotes across China, Indonesia, and Vietnam.

Direct Factory Pricing 40+ Years Foam Expertise Fast Sample Dispatch (3–5 Days) Zero Formamide / 0 ppm REACH

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Direct inquiry: info@firefoxfoam.com | +86-595-88888888

As one of the most experienced supercritical foam suppliers in China, we have world-leading production equipment and strong manufacturing capabilities. Please rest assured to wholesale customized supercritical foam from our factory. For price consultation, contact us.