Choosing the Best Fabric Expansion Joints for Optimal Performance

Flexibility Beyond Boundaries, Reliability at Every Turn

The Power of Fabric Expansion Joints

Fabric expansion joints find their place in various industries, providing critical solutions where flexibility is paramount. They are employed in gas turbine plants, power plants (boiler or diesel-powered), dust collection systems, cement manufacturing, chemical and petrochemical facilities, as well as metallurgical and smelter environments.

Materials of Excellence: Our fabric expansion joints are crafted from high-grade synthetic materials, elastomers, and asbestos-free fabrics. These superior materials enable them to withstand a wide range of environmental factors, making them suitable for applications involving gaseous media, air, clean gas, or even gases containing aggressive and abrasive elements, as well as liquids.

BMH Flexibles take pride in delivering top-quality fabric expansion joints that meet industry standards for performance, safety, and longevity. Our commitment to customization ensures that our joints seamlessly integrate into your systems, offering reliable solutions for even the most demanding applications.

Designed for Demanding Conditions

Our fabric expansion joints are engineered to excel in challenging environments. Here are some key design features:

Reinforcing Glass Fabric: Reinforced with glass fabric in the flange area, these joints offer enhanced strength and durability.
Silicon-Coated Protection: Silicon-coated glass fabric provides ambient protection, ensuring longevity in various conditions.
Acid Barrier: PTFE-Foil acts as an effective acid barrier, safeguarding against corrosive substances.
Temperature Protection: Utilizing glass or ceramic fiber, these joints provide excellent temperature protection, even in extreme conditions.
Insulation Package: Super-duty silica or glass fabric protects the insulation package, extending the life of the joint.
Pre-Insulation: Pre-insulation is available to shield the flex joint against temperatures exceeding 600°C, ensuring safety and performance.
Shape Variability: Construction and shape can be customized to accommodate various temperatures, movements, and construction forms.
Maintenance of Shape: Stainless steel wire mesh is incorporated for shaping and maintaining the joint's form, ensuring consistent performance.

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