Industrial Solution

Shoes shock absorption: Bio-ItBR6610

Shock-Absorbent Shoe-Shock-Material

Shoes shock absorption

Excellent wet and dry slip resistance with a 15% improvement in wet slip performance

High compatibility with NR and BR enabling high-bio-content and durable footwear applications

Blending with TPU for TPV materials ensuring ease of processing

Provides efficient shock absorption for shoe midsoles and insoles
Features bio-compatibility for safe and comfortable wear
Maintains stable cushioning performance after repeated use
Suitable for sports running shoes, casual shoes and shock-demand footwear

Technical Details

01
ADVANTAGE

Technical Details

Features • Specifications • Applications • Certificates • Success Stories.

02
ADVANTAGE

Shoe Shock Absorption

Designed for footwear applications, providing excellent shock absorption performance to reduce foot pressure and enhance wearing comfort.

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ADVANTAGE

Superior Wet & Dry Slip Resistance

Possesses excellent slip resistance in both wet and dry conditions, with wet slip performance improved by 15%, effectively reducing the risk of slipping.

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ADVANTAGE

High Compatibility with NR & BR

Excellent compatibility with NR (natural rubber) and BR (butadiene rubber), supporting the production of high-bio-content footwear with strong durability.

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ADVANTAGE

Easy Processing & Versatility

Can be blended with TPU to prepare TPV materials, which are easy to process, mold and shape, adapting to various footwear production needs.

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ADVANTAGE

Green & Low-Carbon

Made of green, low-carbon bio-based rubber, meeting environmental protection requirements and contributing to sustainable development.

Product Grade
Bio-ItBR4710, Bio-ItBR6600, Bio-ItBR6610, Bio-ItBR7410
Mooney Viscosity ML(1+4)100℃
Bio-ItBR4710: 70 | Bio-ItBR6600: 60 | Bio-ItBR6610: 60 | Bio-ItBR7410: 40
Volatile Matter (wt%)
< 0.5 (All grades)
Bio-Based Carbon Content (wt%)
Bio-ItBR4710: 30 | Bio-ItBR6600: 24 | Bio-ItBR6610: 50 | Bio-ItBR7410: 60
Jufang New Materials

Founded in July 2018, it is a high-performance new material enterprise jointly established by Shandong Kingboard Holdings Group and Tsinghua University. Relying on a R&D team composed of master's and doctoral degree holders and Tsinghua University's technological advantages, it is deeply engaged in high-performance para-aramid new materials, focusing on the innovation of products and applications such as para-aramid nanofibers and aramid paper. These products are applied in key fields such as aerospace, supporting the demand for high-end materials.

Para-aramid nanofibers Aramid paper Aerospace
Qianbolun®
R&D Strength
Scientific research facilities

Relying on chambroad Group's 20,000㎡ scientific research and experiment building, 6,804.7㎡ pilot test building, 5,000㎡ technology achievement transformation base, and its own 810㎡ laboratory and analysis and testing center;

University-enterprise cooperation and R&D investment

Cooperates with universities such as Tsinghua University, Ocean University of China, and Shandong University; Annual R&D expenditure exceeds 10 million yuan.

Technological achievements

It has broken through multiple key technologies and applied for more than 20 invention patents and standards.

Global Layout
Preparing to expand into overseas markets

Preparing to expand into overseas markets

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