Xamax Industries and Baltex have formed a strategic partnership to strengthen access to advanced technical textiles in North America. The collaboration combines Xamax’s application-focused composite expertise with Baltex’s long-standing textile engineering capabilities.

Together, we support OEMs and Tier suppliers with faster material selection, responsive sampling, and practical development support across demanding aerospace, medical, and industrial programs.

2981 Warp Knit Polyester

Xamax’s 2981 Wrap Knit Polyester from Baltex is an advanced woven fabric made from polyethylene terephthalate (PET) fibers and is engineered for strength, stability and environmental factors. Key Features & Benefits include:

  • Conex meta‑aramid fibers provide exceptional flame resistance and thermal stability.
  • High chemical resistance to acids and solvents.
  • Outstanding durability and cut resistance for heavy-duty applications.
  • Maintains strength and shape at elevated temperatures, enhancing safety.

Suitable for protective clothing, aerospace components and industrial filtration.

3690 Conex Heavy Mesh

Xamax’s 3690 Conex Heavy Mesh from Baltex is a woven meta‑aramid fabric designed for extreme thermal stability, flame resistance and chemical resistance, making it ideal for high‑risk applications in aerospace, military and industrial manufacturing. It provides a high strength‑to‑weight ratio—lightweight yet robust—with exceptional durability and dimensional stability even at elevated temperatures. In composite laminates the mesh improves bonding between core materials, resin and fibers, offers a framework for resin wet‑out and adds surface strength, enhancing overall flexural strength and stability. Its open structure helps control the flow speed and direction of expensive resins when forming complex parts and ensures uniform resin impregnation, resulting in precise fiber‑to‑resin ratios. Typical uses include high‑temperature filtration media, fire‑resistant covers and screens, insulation layers and non‑structural reinforcements.

4111 Polyester Mesh

Xamax’s 4111 Polyester Mesh from Baltex is an advanced woven PET fabric engineered for strength, stability and resistance to environmental factors. It offers a high strength‑to‑weight ratio—lightweight yet durable—making it suitable for aerospace, transportation and commercial manufacturing. The fabric’s superior dimensional stability means it resists deformation under load, providing consistent behavior over time and during repeated use. In composites, the mesh improves bonding between the core material, resin and fibers, provides a framework for resin wet‑out and adds surface strength, enhancing flexural strength and stability. Its open structure can control the flow speed and direction when forming complex parts and ensures uniform resin impregnation. Applications include filtration of air, liquid and hydrocarbons, protective covers and screens, thermal and acoustic insulation separators and non‑structural reinforcements.

4169 Polyester Mesh

Xamax’s 4169 Polyester Mesh from Baltex is an advanced heavy‑duty polyester mesh engineered from PET fibers for exceptional strength, stability and resistance to environmental factors. With a high basis weight, it delivers a high strength‑to‑weight ratio—lightweight yet extremely durable—making it ideal for aerospace, transportation and industrial manufacturing. The fabric’s superior dimensional stability resists deformation under load, providing consistent performance over time. In composite applications it improves bonding between core materials, resin and fibers, provides a framework for resin wet‑out and adds surface strength, enhancing flexural strength and stability. Its open structure can control resin flow when forming complex parts and ensures uniform impregnation. Typical uses include load‑bearing filtration media, protective covers and screens, insulation separators and reinforcement layers.

4470 Polyester Mesh

Xamax’s 4470 Polyester Mesh from Baltex is a premium polyester mesh woven from PET fibers and is engineered for balanced strength, flexibility and environmental resistance. It offers a high strength‑to‑weight ratio—lightweight yet durable—and maintains dimensional stability under load. The mesh structure improves bonding in composite laminates by providing a framework for resin wet‑out and adding surface strength and stability. It also helps control resin flow when forming complex parts, ensuring uniform resin impregnation and consistent fiber‑to‑resin ratios. Applications include filtration, protective covers and screens, thermal and acoustic insulation separators and non‑structural reinforcements.