Product Description：

U Bolt Half-round Thermoplastics

Half Round Thermoplastic clamping of pipes in insulation

1.Tensile Strength 114 Mpa

2.Tensile modulus 9041 MPa

3.Tensile Elongaton 1.9%

4.Dielectric Strength :23kv/mm

U-bolt half-round thermoplastics are protective components used in conjunction with U-bolts to secure and protect pipes, tubes, or cables. U-bolts are metal fasteners that have a U-shaped body, with threaded ends that accommodate nuts for tightening. They are commonly used to attach pipes or tubes to structures or support systems.


The half-round thermoplastic components are designed to fit between the pipe, tube, or cable and the U-bolt, providing a cushioning and protective barrier. These components are typically made from thermoplastic materials, such as polypropylene, nylon, or polyurethane, which offer good resistance to chemicals, moisture, and UV exposure.


Some advantages of using U-bolt half-round thermoplastics include:


Reduced friction and vibration: The thermoplastic material provides a cushioning effect, reducing friction and vibration, which can help extend the life of the pipe, tube, or cable.


Corrosion resistance: The thermoplastic material helps protect the pipe, tube, or cable from potential corrosion caused by contact with the metal U-bolt or the supporting structure.


Insulation: The thermoplastic material can provide electrical insulation between the pipe, tube, or cable and the U-bolt, reducing the risk of electrical short-circuiting or interference.


Ease of installation: U-bolt half-round thermoplastics are easy to install, as they simply need to be placed between the pipe, tube, or cable and the U-bolt before tightening.


When selecting U-bolt half-round thermoplastics, it is important to consider factors such as the pipe, tube, or cable material, diameter, and the environmental conditions in which the components will be used. It is also important to ensure that the U-bolt and half-round thermoplastic are compatible in size and shape to achieve a secure and effective fit.

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