TPE Material Production Unit and Cleaning Workshop

MATERIALS ENGINEERED FOR TOMORROW

Advanced materials,
engineered to move products forward.

TPE research, modification, testing and scalable manufacturing for global brands and manufacturers.

Explore Materials ↗

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46⁺ Year Manufacturing experience

Since 1979, focusing on the development and production of thermoplastic materials

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Specialist R&D team Materials engineering team

Continuous innovation to meet customers' performance needs

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OEM / ODM Custom development

One-stop service from formulation to mass production

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30⁺ Global partners Countries and regions served

Global brands and manufacturers with long-standing relationships

01 — APPLICATION SCENARIOS

Advanced Materials
for Performance

We go beyond supplying raw materials by solving material challenges from the application level. Every formulation is validated in both the laboratory and production.

01 / FOOTWEAR MATERIALS

Footwear

High-rebound, wear-resistant and lightweight material solutions for athletic footwear

Application of foamed TPE in the midsole of sneakers

02 / MIDSOLE

Midsoles

Foamed midsole materials balancing cushioning, rebound and dimensional stability

03 / INSOLE

Insoles

Soft, conforming support with lasting rebound and a refined feel

02 — PRODUCT GRADES

Find the Right Material by Product Grade.

Select a grade to review its complete properties, applications and technical data.

Soft, Heat-Resistant TPE

IUS-4065

Ultra-Soft · Higher Melting Point · Stable Processing

It has been developed specifically for the sake of excellence in softness and greater heat tolerance. Satisfactory, size-stable and manufacturing reliability requirements are options for foaming and retrofitting applications.

Hardness: Shore A 40
Melting Point: ≈ 64°C
Heat shrinkability: Excellent
Dimension stability: Excellent
Process Stability: Excellent

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High-Dispersion TPE

LF-ET78A

High Elongation · Low Specific Gravity · Strong Rebound

Used for ejection, ejection, and bubble applications, with high extension, good torn strength, low weight and excellent echo characteristics, both for application and for manufacture.

Hardness: Shore A 78
Melt Flow Index: 2 g/10min
Specific Gravity: 0.87
Elongation: 570%
Tear Strength: 62 kgf/cm
Melting Point: 69°C

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Material display of granules and foamed splines

High-Rebound TPE

LF-HR53A

Flexible & Wear-Resistant · Stable Rebound

High-dispersible, fine, thermoplastic compounds, suitable for ejection, ejection and bubble applications; high-extension, good grinding strength, low weight and good bouncer.

Hardness: Shore A 53
Melt Flow Index: 0.32 g/10min
Specific Gravity: 0.89
Tensile Strength: 37.3 kgf/cm²
Elongation: 360%
Tear Strength: 38 kgf/cm

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Bio-based TPE

GTE-8030

Biomass content, light weight, high rebound

Biomass content of 30%, good compatibility with EVA, POE; high-bulletability and high-resilient, suitable for bubble shoes, soles, soles and all types of buffer material.

Biomass content: 30%
Hardness: Shore A 72
Melt Flow Index: 4.7 g/10min
Density: 0.91 g/cm³
Bounce Rate: 51%
Elongation: 665%

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03 — CUSTOM MATERIAL SERVICE

Custom material
development service

From demand communication to batch delivery, we provide a complete material solution that allows for clear targets and reliable validation of each step.

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Requirements

Identify application scenarios, target performance, certification and delivery requirements

Material analysis

Evaluate substrate systems, processing conditions and critical performance boundaries

Formulation

Formulated around hardness, color, density and melting point

Sample testing

Physical properties, heat resistance, shrinkage and machining stability verification completed

Pilot validation

Optimize process windows and product consistency through small batch trials

Mass production

Standardized production, quality control and stable delivery as planned

TPE material mixing and production workshop

04 — FACTORY CAPABILITY

R&D and manufacturing,
under one quality system

From incoming inspection and compound mixing to pelletizing and final testing, every stage is managed with traceable data so laboratory performance is reproduced consistently in every production batch.

Twin Screw Precision Mixing and Granulation
Complete physical properties and durability verification
Batch COA and full process traceability
OEM/ODM flexible production

05 — WHY FOUND FAIR

Why Found Fair

From R&D and testing to customization and collaboration, our engineering expertise supports the entire material-development process and accelerates every project toward stable mass production.

Material R&D capability

Our specialist R&D team develops higher-performance materials around each customer's custom formulation requirements.

Experimental testing by a Chinese material engineer

Advanced experimental testing capabilities

Comprehensive test equipment and procedures verify material performance accurately and shorten development cycles.

Chinese formulator develops custom-made materials

Custom formulation development capabilities

One-stop custom development from formulation design and sample testing through mass-production delivery.

Chinese engineers co-develop with customer team

Engineer co-development

Our engineers work directly with customer technical teams to solve material challenges in real products.

06 — MATERIAL JOURNAL

Material Insights & Application Guides

From material selection to forming, let material knowledge
Be the next step in product development.

See more articles

Chemical bubbles, vs. Transfrontier bubble materials lab theme map

FOAMING TECHNOLOGY / Bubble Technology

Chemical foaming vs. Supercritical foaming

Not Just Cell Size: A Complete Selection Guide from Principles, Equipment, and Cost to Material Recyclability

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And 70% of the biomass will decompose naturally? Themes of the material lab

BIOBASED MATERIALS / Biomaterials

Will 70% biomass decompose naturally?

Understanding the Real Differences Between Biobased Content, Carbon-14, and Biodegradability

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Eva, why does the bubble shrink? Themes of the material lab

DIMENSIONAL STABILITY / Stable size

Why does EVA foam shrink?

Cover image | From high-temperature expansion to cooling and stabilization: whether EVA foam cells can be retained consistently depends on the combined effects of the material and the process.

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