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Business For 20 Years
Company Profile
Jiangyin Yoobond New Composite Materials Co., Ltd.

Jiangyin Yoobond New Composite Materials Co., Ltd. is a one-step R&D enterprise for new composite materials. It owns the brands YOOBOND® and优沃星®. The main products include Aluminum Composite Panels, Film Laminated Metal Composite Panels, Stainless Steel Composite Panels Galvanized Steel Composite Panel, and New Composite Panel including Aluminum Honeycomb Composite Panels, Aluminum Core Panels, Aluminum Corrugated Composite Panel and etc., the above panels can meet the national standard of B1 grade flame retardant and A2 grade fire resistant.

Our company pursues the purpose of "Than natural" to make our products more environmental. Strictly in accordance with the requirements of the ISO 14001:2004 environmental management system cutting-edge, new-era products, better provide customers with competitive solutions and products, and successfully designed and built dozens of large and medium-sized engineering projects at home and abroad.

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    20 years R&D experenice in
    composite materials

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    Well sold in more than
    40 countries and regions

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    Cooperate with global
    top 500 enterprises

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    More than 3000 color/patterns
    are available

Certificate Of Honor
  • EN13501 B1 Grade
  • CE certification
  • Certificate of ISO
  • Certificate of ISO
  • Certificate of ISO
  • B1 level test report
  • ASTM
  • ASTM 2
  • AS1530.3
  • A2 grade metal coated panel
  • A2 FR Core Testing
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Woven Aluminum Composite Material Industry knowledge

How is woven aluminum composite material different from traditional aluminum composite material?
Woven aluminum composite material differs from traditional aluminum composite material in several key ways:
Structure and Composition
Woven Structure:
Woven Aluminum Composite Material: Features a woven pattern of aluminum strips or fibers integrated into the composite structure. This weaving process can create unique textures and patterns.
Traditional Aluminum Composite Material: Typically consists of two thin layers of aluminum bonded to a non-aluminum core (often made of polyethylene or a fire-retardant mineral core) without any weaving.
Aesthetics
Visual Appeal:
Woven Aluminum Composite Material: Offers a distinctive, textured appearance due to the woven pattern, providing a decorative and stylish look.
Traditional Aluminum Composite Material: Generally has a smooth, flat surface that can be finished in various colors and coatings but lacks the textural variety of woven materials.
Mechanical Properties
Strength and Flexibility:
Woven Aluminum Composite Material: The weaving can enhance certain mechanical properties, such as flexibility and impact resistance, by distributing stress more evenly.
Traditional Aluminum Composite Material: While strong and durable, it may not have the same level of flexibility or impact distribution as woven materials.
Applications
Usage Scenarios:
Woven Aluminum Composite Material: Often used in applications where aesthetics and unique textures are important, such as interior design, architectural facades, and decorative panels.
Traditional Aluminum Composite Material: Widely used in a variety of applications including building cladding, signage, and insulation, where a smooth, uniform surface is preferred.
Production Process
Manufacturing Techniques:
Woven Aluminum Composite Material: Requires additional steps to weave the aluminum fibers or strips before integrating them into the composite, making the process more complex and potentially more costly.
Traditional Aluminum Composite Material: Involves bonding flat aluminum sheets to a core material, a relatively straightforward and well-established process.
Weight and Thickness
Material Density:
Woven Aluminum Composite Material: The weaving process might result in a material that is slightly less dense, depending on the weave pattern and thickness of the aluminum strands.
Traditional Aluminum Composite Material: Typically has a consistent density and thickness, as determined by the aluminum layers and core material used.