Non metallic flexible compensator, also known as non-metallic fabric compensator, has a structure that constitutes its working principle ..

NegotiableUpdate on 03/14

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Overview

Non metallic flexible compensator, also known as non-metallic fabric compensator, has a structure in which the elastic elements that make up its working body are made of non-metallic materials, usually fiber fabrics, so it is also called fabric compensator (expansion joint, expansion joint)

Product Details

非金属柔性补偿器
Non metallic flexible compensator, also known as non-metallic fabric compensator, has a structure in which the elastic elements that make up its working body are made of non-metallic materials, usually fiber fabrics, so it is also called fabric compensator (expansion joint, expansion joint). Application of non-metallic flexible compensator: Non metallic flexible compensators can compensate for axial, lateral, and angular directions, with characteristics such as no thrust, simplified support design, corrosion resistance, high temperature resistance, noise reduction, and vibration reduction. They are particularly suitable for hot air ducts and smoke ducts.

Connection method of non-metallic flexible compensator:

1. Flange connection

2. Take over the connection

Types of non-metallic flexible compensators:

1. Straight tube type 2, compound type 3, angular type 4, square type

Characteristics of non-metallic flexible compensator:

1. Compensating for thermal expansion: It can compensate for multiple directions, which is much better than non-metallic compensators that can only compensate in a single way.

2. Compensating for installation errors: Due to the inevitable system errors during pipeline connection, fiber compensators effectively compensate for installation errors.

3. Noise reduction and vibration reduction: Fiber fabrics and insulation cotton bodies themselves have the functions of sound absorption and vibration transmission, which can effectively reduce the noise and vibration of systems such as boilers and fans.

4. No thrust: Due to the main material being fiber fabric, there is no force to transmit. Using fiber compensators can simplify the design, avoid using large supports, and save a lot of materials and labor.

5. Good high temperature resistance and corrosion resistance: The selected fluoroplastics and organosilicon materials have good high temperature resistance and corrosion resistance.

6. Good sealing performance: There is a relatively complete production assembly system, and the fiber compensator can ensure no leakage.

7. Lightweight, simple structure, and easy installation and maintenance.