Product Description
Heavy Duty PUF Pipe Supports
We offer a wide range of Heavy Duty PUF Pipe Supports. These are manufactured in different density range viz 160kg/m3 to 250kg/m3. Extra density for the pipe size 15 NB to 600 NB can be achieved. The heavy duty PUF pipe supports are ideal substitute for conventional M.S and wooden pipe supports. These match the pipe specifications precisely in the insulation. Their features are neat finish of the pipe, supporting of various sizes and shapes to suit any requirement. Also, these are popular for their better dimensional and thermal insulation properties along with high compressive strength.
Key Features:
- Quality and reliable services.
- Flexible approach.
- Well trained and experienced workforce.
- Timely completion of projects.
- Competitive prices.
- Customer centric solutions.
Superior Insulation for Diverse ApplicationsOur PUF Pipe Supports are meticulously crafted for both cold and hot pipelines, serving diverse industries including HVAC, industrial, petrochemical, and cryogenic sectors. The high-density rigid polyurethane foam ensures outstanding insulation, while the galvanized or aluminum cladding safeguards against environmental wear and mechanical stress.
Customized to Match Every Project NeedRecognizing the importance of adaptability, each pipe support is manufactured to fit your specified pipe diameterfrom to 36 and above. Thickness and layers are customizable (from 25 mm up to 150 mm), enabling precise alignment with insulation and operational requirements. This flexibility ensures efficient support and insulation for complex piping systems.
Rugged Build with Long-lasting ProtectionEngineered for challenging environments, these pipe supports combine a high-strength PUF core with durable cladding in galvanized iron, aluminum, or stainless steel. This construction ensures longevity, stability, and resistance to corrosion, making them a preferred choice for service providers and fabricators across India.
FAQs of Heavy Duty PUF Pipe Supports:
Q: How are PUF Pipe Supports installed in piping systems?
A: PUF Pipe Supports should be installed at anchor, guide, and support points along the pipeline. Its crucial to clamp them securely over the insulation and ensure that the supports distribute weight evenly to prevent pipe distortion or thermal bridging.
Q: What benefits do rigid PUF Pipe Supports provide for industrial and HVAC applications?
A: Rigid PUF Pipe Supports offer low thermal conductivity (0.0220.024 W/mK at 23C), excellent mechanical strength, and resistance to moisture, enabling energy-efficient piping systems and extending the lifespan of insulation in demanding environments.
Q: When is it appropriate to use multiple PUF layers in pipe supports?
A: Multiple PUF layers are recommended for pipes requiring greater insulation thickness (up to 150 mm), commonly found in cryogenic or high-temperature applications. This approach enhances insulation efficiency without compromising support strength.
Q: Where can these heavy duty pipe supports be applied?
A: They are suitable for use in HVAC systems, industrial pipelines, petrochemical plants, and cryogenic pipelines, making them ideal for both cold and hot piping scenarios in commercial and industrial settings.
Q: What is the typical process for customizing PUF Pipe Supports?
A: To customize, specify the pipes outer diameter, insulation thickness (25 mm to 150 mm), and preferred cladding material (GI, aluminum, or stainless steel). Supports are then fabricated to match these precise specifications, ensuring a tailored fit for your project.
Q: How does the metallic cladding benefit the pipe supports?
A: Metallic claddingavailable in galvanized iron, aluminum, or stainless steelprotects the PUF core from mechanical damage, moisture, and corrosive environments, significantly enhancing the products lifespan and reliability.
Q: What is the advantage of using high-density (120 g/cm) PUF in pipe supports?
A: High-density PUF delivers superior compressive and tensile strength (>0.20 N/mm), ensuring the supports can handle heavy loads and provide reliable performance even under stringent thermal and mechanical conditions.