Changzhou Leade New Materials Co., Ltd. | Advanced Construction Materials

Innovating Construction Materials Since 2002

Changzhou Leade New Material Technology Co., Ltd. is a science, industry, and trade-integrated enterprise specializing in functional fibers and cement/asphalt-based materials. With 17+ years of expertise, we deliver high-performance solutions for infrastructure, transportation, and industrial applications.

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17+

Years of Industry Leadership

100+

Projects Completed Worldwide

Patents & Technical Innovations

About Leade

Changzhou Leade New Material Technology Co., Ltd. was established in 2002 as a technology enterprise integrating science, industry, and trade. We focus on two core areas: functional fibers and materials based on cement and asphalt applications.

With strong partnerships with tertiary institutions and scientific research units, we continuously innovate to meet evolving construction demands. Our mission is to provide high-performance, sustainable materials that enhance durability, safety, and efficiency in infrastructure projects.

1-to-1 Professional Guidance

ISO-Compliant Quality Systems

Global Supply Chain Network

Customized Technical Support

Our Core Values

Driving excellence in every aspect of our operations

Complete Range

Full specifications and models to meet one-stop shopping needs across construction and industrial sectors.

Quality Guarantee

Robust quality management systems ensure all technical indicators meet or exceed industry standards.

Reasonable Price

Superior value: better pricing at equal quality, better quality at equal pricing.

Service Guarantee

After-sales tracking with unconditional refund and replacement for any quality issues.

Our Products

High-performance materials engineered for durability and innovation

Meltblown Non-Woven Fabric

Ultra-fine fiber material used in filtration, medical, and industrial applications requiring high particle capture efficiency.

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Bitumen High Viscosity Additive

Enhances bitumen elasticity and rut resistance for heavy-traffic road surfaces and airport runways.

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Asphalt Modifier

Improves temperature sensitivity, aging resistance, and overall pavement longevity.

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Granular Lignin Fiber

Natural fiber additive that improves asphalt cohesion, reduces cracking, and enhances moisture resistance.

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Polyester Fiber

High-strength synthetic fiber for concrete reinforcement, crack control, and impact resistance.

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Asphalt Flame Retardant

Reduces flammability of asphalt mixtures for tunnels, underground structures, and fire-sensitive zones.

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Bitumen Anti-Stripping Agent

Improves adhesion between bitumen and aggregates, preventing moisture damage in pavements.

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Bitumen Warm Mixing Agent

Enables lower production and laying temperatures, reducing emissions and energy consumption.

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UHMWPE Sheet

Ultra-high molecular weight polyethylene sheets for wear-resistant linings, chutes, and industrial components.

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Advanced Road Science Solutions

Innovative pavement technologies for safer, smarter, and more sustainable infrastructure

Drainage Asphalt Pavement

Permeable surfaces that reduce hydroplaning and improve safety during rainfall.

Colored Asphalt Pavement

Aesthetic and functional coloring for bike lanes, pedestrian zones, and traffic calming.

Self-Illuminating Art Landscape

Photoluminescent pavements for artistic installations and nighttime visibility.

Semi-Flexible (Rut Resistant) Pavement

Hybrid systems combining flexibility and strength for high-stress areas.

Notable Project Cases

Trusted by leading engineering firms and government infrastructure programs

Liaoning Hongyanhe Nuclear Power Plant

Supplied specialized asphalt additives for radiation-safe, durable road surfaces within the nuclear facility perimeter.

Beijing Capital International Airport Deicing Project

Provided high-viscosity bitumen modifiers for runway durability under extreme winter conditions.

China Railway Eighth Bureau Group

Collaborated on beam construction projects using advanced concrete fiber reinforcement.

Zhejiang Bagua Highway Engineering

Supplied meltblown non-woven fabrics and asphalt modifiers for highway expansion and maintenance.

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Frequently Asked Questions

Do you distinguish lignin fibers from their lignocellulosic components?

Yes, our technical team provides detailed analysis on the composition and performance differences between pure lignin fibers and lignocellulosic blends for optimal application selection.

How are the uses of road polyester fibers represented?

Polyester fiber enhances asphalt and concrete with high strength, large fineness, and excellent dispersion properties, improving crack resistance and structural integrity.

What don't people know about polypropylene fiber?

Beyond textiles, polypropylene fiber is increasingly used in construction for its chemical resistance, low moisture absorption, and thermal insulation properties.

Get in Touch

Reach out for product inquiries, technical support, or partnership opportunities.

Contact: lijun

Phone: 0086-519-88816742

Mobile: 0086-13601591173

Email: [email protected]

WhatsApp: +86-13601591173

Address: NO.833 East Laodong Road, Changzhou, Jiangsu, China

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