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Pipe Insulation Supports
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Pipe Insulation Supports Anti Vibration Pipe Supports With Two Vertical Plates

Pipe Insulation Supports Anti Vibration Pipe Supports With Two Vertical Plates

Brand Name: Kaff Rees
MOQ: 20 Sets
Price: Negotiable
Payment Terms: EXW/FOB/CIF
Supply Ability: According to products
Detail Information
Place of Origin:
Changzhou, Jiangsu,China
Certification:
SGS
Name:
HDPIR Pipe Support With Two Vertical Plates
DENSITY:
160-550 K
COLOR:
White/red/yellow/green
SERVICE TEMP.:
-196~+120℃
THERMAL CONDUCTIVITY (+20℃):
≤0.035-≤0.085 W/(m·K)
THERMAL CONDUCTIVITY (-196℃):
≤0.0232 W/(m·K)
COMPRESSIVE STRENGTH:
2-14 MPa
CLOSED CELL RATIO:
≥95%
Packaging Details:
Carton packaging/Wooden case packaging/according to the requirements
Highlight:

Pipe Insulation Supports Anti Vibration

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Pipe Supports With Two Vertical Plates

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Two Vertical Plates Pipe Supports

Product Description
Pipe Insulation Supports Anti Vibration Pipe Supports With Two Vertical Plates
HDPIR Pipe Support with Two Vertical Plates, Sliding Pipe Support
Our company has developed a series of cooling brackets to meet the changing needs of pipeline systems and pipeline support structures. Our products meet two critical technical requirements:
  • Transfer the stress generated by the pipeline to the surrounding steel structure
  • Maintain the integrity of the cooling system
The traditional market for conventional pipeline support and hanger systems serves important pipeline systems under different thermal conditions. Our main customers are primarily in the power generation and petroleum processing industries.
Pipe Insulation Supports Anti Vibration Pipe Supports With Two Vertical Plates 0
General Structure of Insulated Pipe Support System (Sliding System)
  1. Pipe support base
  2. Rubber plate
  3. Metal protective layer
  4. Vapor barrier
  5. HDPIR inner layer
  6. HDPIR outer layer
  7. Metal pipe clamp
  8. Bolts
  9. Disc spring
  10. Nut
The use of non-metallic materials as thermal insulation eliminates common problems. We design support and hanger structures according to environmental temperature conditions, making them more economical.
From a process engineering perspective, isolating pipelines from ambient temperature is critical to process feasibility. Partial damage to the insulation system may compromise the entire process and cause significant economic losses.
For personal protection, reducing condensation, and preventing damage to steel structures, plant engineers also need to isolate cryogenic pipes.
HDPIR has designed and developed fixed or suspended low-temperature supports and hangers with different thermal and mechanical properties to meet these needs.