HDPIR Cold Insulation Sliding Pipe Support , Stable performance, DN200 ( 8 inch) *180
The sliding pipe support is composed of a steel tube support mounted on the pipe and the supporting structure below. It bears the vertical load of the pipe and allows the pipe to slide in the horizontal direction. According to the shape of the cross section of the pipe support, the sliding pipe support has curved groove type, T-type type and curved plate type and so on.
The Sliding Pipe Support of DN80 ( 8 inch) *180 is designed for low temperature pipes that convey refrigerant in petrochemical, refrigerating, shipbuilding and other industries. As the cold insulation structure for supporting parts of bracket and hanger, it has long service life, high compressive strength, high stability and thermal insulation effect.
The design and selection of pipe support is an important part in the design of pipe system. In order to make the pipe barcket wrap and support the piping, The Sliding Pipe Support of DN80 ( 8 inch) *180 should correctly select and arrange the structure. With the pipe diameter of 219mm, the cooling thickness of 180mm, the bottom floor width of 280mm,the iron piece length of 150mm, the ear plate width of 50mm and the bottom elevation of 100mm, this kind of pipe support can improve the stress distribution of the pipeline and the force of pipe rack, ensure the safe operation of the pipeline system, and extend its service life.
The cold insulation performance mainly depends on the selection of he cooling block material. With excellent properties of low thermal conductivity, high compressive strength, low water absorption etc., HDPIR is selected as the insulation block for this pipe support.
The technical parameters of HDPIR for Sliding Pipe Support of DN80 ( 8 inch) *180 are as below:
Avg. Density | Thermal Conductivity ( 20℃ ) |
Compressive Strength ( normal temperature ) |
Water Absorption | Closed Cell Content | Linear Expansion Coefficient (-l65- 20℃ ) |
Application Temperature |
224kg/m3 | ≤0.040W/m.K | ≥4.0 MPa | ≤2.0% | >95% | ≤65 x 10-6 1/K | -306℃ |