Pipe Clamp Manufacturer & Supplier in Europe

Pipe Clamp Manufacturer - Piping Projects Europe

Pipe Clamp Manufacturer in Europe

What are Pipe Clamp?

A Pipe Clamp is a mechanical device used to secure and support pipes or tubes in a fixed position in a variety of industries. These clamps are used in a variety of scenarios, including plumbing, construction, and industrial environments. Pipe clamps are typically made up of two parts: the clamp body and a threaded bolt or screw. The clamp body is meant to wrap the pipe or tubing and contains a tightening mechanism. Depending on the design, this can be accomplished with a screw, lever, or other tightening method.

Pipe clamps are available in a variety of sizes and materials to meet a wide range of pipe diameters and environmental conditions. They are frequently used to secure pipes to walls, ceilings, or other structures, so assuring stability and preventing sagging.

Advantages of Pipe Clamp

  • Secure Pipe Support: Pipe Clamps hold pipes or tubing securely in place, preventing them from sagging, vibrating, or shifting. This protects the piping system's stability and integrity, lowering the danger of leaks or damage.
  • Easy Installation: They are relatively simple to install and require few tools and knowledge. As a result, they are a low-cost solution for anchoring pipes in a variety of scenarios, from DIY projects to industrial installations.
  • Adjustability: Many pipe clamps have adjustable components, such as threaded bolts or sliding mechanisms, which enable for easy adaptation to fit varied pipe sizes and configurations.
  • Versatility: Pipe clamps come in a variety of sizes and materials, including metal, plastic, and rubber-lined versions. Because of their adaptability, they can be utilized in a variety of situations and for various types of pipes or tubes.
  • Cost-Effective: Pipe clamps are a less expensive way to secure pipes than more complicated support systems. They provide a practical and cost-effective method of ensuring the stability and functionality of piping systems.
Pipe Clamp Manufatcurer, Supplier and Dealer in Europe

Pipe Clamp

Pipe Clamp Manufacturer in Europe
Pipe Clamp Supplier in Europe
Pipe Clamp Dealer in Europe

Pipe Clamp - Specifications

  • Product : Pipe Clamp
  • Size : 1/2" to 18
  • Modulus of Elasticity : 1500N/mm, 3000N/mm, 70000N/mm
  • Pressure : upto 5000psi
  • Surface Finish : Galvanized, Black oxide, Powder-coated
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What is Hydraulic Polypropylene Tube Clamp?

  • A Hydraulic Polypropylene Tube Clamp, also known as a polypropylene tube clamp or hydraulic tube clamp, is a type of clamp used to secure hydraulic tubes or pipes in hydraulic systems. These clamps are commonly made of polypropylene, a chemical-resistant and long-lasting thermoplastic material.
  • These clamps securely hold hydraulic tubes or pipes in place, preventing them from vibrating, shifting, or moving owing to hydraulic fluid flow. This is critical for maintaining the hydraulic system's integrity.
  • They safeguard the tubes or pipes against abrasion, wear, and damage. Hydraulic systems are frequently used in severe settings, and the clamps protect the tubing from outside influences that could cause early failure.
  • Tube clamps aid in the organization and efficiency of hydraulic lines by ensuring that the tubing follows the proper course and does not interfere with other components or structures.
  • Vibrations in hydraulic systems can occur as a result of fluid flow and other operating conditions. These clamps serve to moderate these vibrations, minimizing noise and preventing tubing damage.
  • Because polypropylene is known for its corrosion resistance, these clamps are appropriate for use in hydraulic systems where exposure to diverse hydraulic fluids and climatic conditions is prevalent.

Pipe Clamp Specification Chart

Pipe Clamp Specification
Specification Description
Material Stainless steel, carbon steel, polypropylene, etc.
Clamp Type Split ring clamp, cushioned clamp, u-bolt clamp, etc.
Pipe Diameter Range The range of pipe diameters the clamp can accommodate
Clamp Width Width of the clamp body
Clamp Thickness Thickness of the clamp body
Mounting Method Wall mount, ceiling mount, floor mount, beam mount, etc.
Load Capacity Maximum load or weight the clamp can support
Corrosion Resistance Yes/No (indicate resistance to corrosion)
Temperature Range Operating temperature range (if applicable)
Compliance Standards ASTM, DIN, ISO, or other industry standards
Accessories Included Nuts, bolts, washers, mounting hardware, etc.
Cushioning Material If applicable, the material used for cushioning or vibration damping
Application Specific industries or applications the clamp is designed for
Certifications Any industry-specific certifications or approvals
Manufacturer Warranty Warranty period and terms provided by the manufacturer
Quantity per Package Number of clamps included in a package (if applicable)

Pipe Clamp Size Chart

Size Chart of Pipe Clamp
Pipe Diameter (Inches) Pipe Clamp Size (Inches)
1/2 3/4
3/4 1
1 1 1/4
1 1/4 1 1/2
1 1/2 2
2 2 1/2
2 1/2 3
3 3 1/2
3 1/2 4
4 5
5 6
6 8
8 10
10 12
12 14
14 16
16 18
18 20
20 24

Pipe Clamp Dimension Chart PDF

Dimension Chart of Pipe Clamp
(mm) Length C Clamp Size Nominal (kg) Mass (mm) RAD. B (mm) Flange Ø (mm) Width W
69.0 DN 10/15/20 0.17 73.0 34.0 17.0
60.0 1/2″-3/4″ 0.13 63.0 25.0 17.0
126.0 3″ 0.42 96.0 91.0 17.0
85.0 1″-1 1/2″ 0.21 78.0 50.5 17.0
140.0 3 1/2″ 0.44 103.0 106.0 17.0
99.0 2″ 0.25 82.0 64.0 17.0
154.0 4″ 0.51 110.0 119.0 17.0
165.0 4 1/2″ 0.60 115.0 130.0 17.0
112.0 2 1/2″ 0.35 89.0 77.5 17.0
216.0 6″ 0.88 134.0 167.0 25.0

What are the Steps to Repair a Pipe Leak Using a Clamp?

  • Turn Off the Water Supply:
    It is critical to turn off the water supply to the leaky pipe before trying any repairs. This minimizes future water damage and assures your safety while the repair is being completed.
  • Identify the Leak:
    Locate the source of the pipe leak with care. It could be a minor crack, hole, or loose joint. Determine that the area surrounding the leak is clean and dry.
  • Select the Right Clamp:
    Select the best pipe clamp for the project. Pipe clamps come in a variety of sizes and types, so be sure the one you choose is appropriate for the size and type of pipe you're repairing.
  • Position the Clamp:
    Place the clamp over the leaking region, covering the damaged piece entirely. To produce a tight seal, press the rubber or cushioned part of the clamp against the pipe.
  • Tighten the Clamp:
    Tighten the clamp securely around the pipe with a screwdriver, wrench, or the included hardware. Apply equal pressure, but avoid overtightening to avoid damaging the pipe.
  • Check for Leaks:
    Restart the water supply and keep a close eye on the repaired part. Examine the area for any signs of leaks or drips. If the leak continues, you may need to tighten the clamp even further.
  • Check for Stability:
    Keep an eye on the repaired part for a few days to confirm that the clamp is still secure and that no new leaks have formed.

Chemical Composition of Pipe Clamp

Chemical Composition of Pipe Clamp
Element Chemical Composition (% by weight)
Carbon (C) ≤ 0.03
Silicon (Si) ≤ 1.00
Manganese (Mn) ≤ 2.00
Phosphorus (P) ≤ 0.045
Sulfur (S) ≤ 0.030
Chromium (Cr) 16.00 - 18.00
Nickel (Ni) 10.00 - 14.00
Molybdenum (Mo) 2.00 - 3.00

Mechanical Properties of Pipe Clamp

Mechanical Properties of Pipe Clamp
Property Value
Tensile Strength 485 MPa (70,300 psi)
Yield Strength (0.2%) 170 MPa (24,650 psi)
Elongation at Break 40%
Hardness (Brinell) 149 (Annealed Condition)
Modulus of Elasticity 193 GPa (28,000,000 psi)
Poisson's Ratio 0.30
Impact Strength 74 J (55 ft-lb) (Charpy V-Notch)

What are the Temperature & Pressure limitations for Polypropylene Pipe Clamps?

  • Temperature and pressure limits of Polypropylene Pipe Clamps are determined by various factors, including the clamp's specific design and material composition, as well as the intended application. Although polypropylene is well-known for its chemical resistance and durability, its performance under extreme temperature and pressure circumstances varies.
  • Polypropylene pipe clamps are typically designed to function in temperatures ranging from -20°C to 80°C (-4°F to 176°F). Polypropylene may become brittle in freezing temperatures or lose structural integrity in hot heat if temperatures exceed this range. For the precise temperature limits of a particular polypropylene clamp, consult the manufacturer's specifications.
  • Polypropylene pipe clamps are frequently rated for low to moderate pressure applications such as plumbing, irrigation, and some industrial applications. Pressure ratings can vary greatly based on the size, design, and material thickness of the clamp. Polypropylene pipe clamps typically have pressure ratings ranging from 75 psi to 150 psi (5.2 to 10.3 bar), however higher-rated clamps may be available for particular applications.
  • Choose polypropylene pipe clamps that meet the temperature and pressure requirements of your unique application to guarantee safe and successful use. Consider different materials or clamp designs that are more suited to the needs of your project when dealing with harsh circumstances or high-pressure systems.

What are the Specific Purposes of DIN 3015 Part 1, Part 2 & Part 3 Within the Standard?

DIN 3015 is a German Institute for Standardization (Deutsches Institut für Normung) standard that addresses several elements of pipe clamp systems. It is organized into numerous sections, each of which focuses on a distinct feature of pipe clamps:

  • DIN 3015 Part 1: The general specifications and dimensions for pipe clamps are outlined in this section of the standard. It covers topics such as pipe clamp design, material specifications, and basic characteristics. DIN 3015 Part 1 lays the groundwork for understanding the main characteristics of pipe clamp systems.
  • DIN 3015 Part 2: DIN 3015 Part 2 dives into the safety and dependability of pipe clamp systems. It addresses issues such as load-bearing capability, testing procedures, and safety considerations. This is essential for ensuring that pipe clamps can sustain the necessary loads and operate safely within the parameters indicated.
  • DIN 3015 Part 3: Part 3 of the standard focuses on pipe clamp installation and assembly. It includes rules and recommendations for suitable installation techniques such as clamp spacing, mounting, and alignment. DIN 3015 Part 3 is vital for ensuring that pipe clamps are correctly positioned and securely connected, which is critical for the piping system's stability and performance.

Different Types of Pipe Clamp Available

  • Split Ring Clamp: This versatile and commonly used clamp is made up of two semicircular sections joined by bolts. Split ring clamps can be used to secure pipes to walls, beams, and other structures.
  • U-Bolt Clamp: U-bolt clamps use a U-shaped bolt that wraps around the pipe and is held in place with nuts. They are frequently used to secure pipes to round or square posts and beams.S
  • Cushioned Clamp: Cushioned clamps contain a rubber or cushioned liner that adds support and dampens vibration. They are appropriate for applications requiring noise control and vibration damping.
  • Pipe Hanger Clamp: These clamps are intended for hanging pipes from overhead structures like ceilings or beams. They frequently have threaded rods for simple height adjustment.
  • Pipe Repair Clamp: Pipe repair clamps are used to temporarily plug leaks or damaged parts of pipes. They are usually made up of a clamp and a rubber gasket that forms a tight seal around the damaged region.
  • Saddle Clamp: Saddle clamps are used to secure pipes to flat surfaces and are designed like a saddle. They're frequently seen in plumbing and irrigation systems.
  • Beam Clamp: Pipes are attached to structural beams or channels using beam clamps. They have a firm grip and are frequently found in industrial environments.
  • Pipe Clevis Hanger: Pipes are suspended from horizontal surfaces using clevis hangers. They are mounted with a threaded rod and a clevis pin that attaches to the pipe.
  • Hold-Down Clamp: Hold-Down Clamps are used to hold pipes or tubing to a surface, preventing movement caused by vibration or wind.

How to Install a Pipe Clamp?

Installing a pipe clamp is a relatively simple process, but precise processes must be followed to ensure a secure and durable connection. Here's a step-by-step tutorial on installing a pipe clamp:

  • Step 1 : Gather Your Materials and Tools - Gather the essential tools and materials, such as the pipe clamp, screws or bolts, nuts, a wrench or screwdriver, and any safety equipment, such as gloves or safety glasses, before you begin.
  • Step 2 : Prepare the Surface - Ascertain that the mounting surface is clean and free of debris, rust, and corrosion. Smooth the surface with a wire brush or sandpaper if necessary for improved adhesion.
  • Step 3 : Position the Clamp - Determine the best placement for the pipe clamp based on your application. Place the clamp over the pipe and align it with the desired mounting surface position. To prevent damage and reduce vibration, make sure the rubber or cushioned part of the clamp makes contact with the pipe.
  • Step 4 : Secure the Clamp - Insert the screws or bolts through the clamp's holes and align them with the mounting surface's pre-drilled holes or markings. Depending on the type of clamp, washers may be required to distribute the load equally. Tighten the nuts on the screws or bolts by hand to keep the clamp in place.
  • Step 5 : Test for Stability - Once the clamp is securely set, gently apply pressure or tap the pipe to evaluate its stability. The pipe should be solidly in place, with no movement or wobbling. Make sure the clamp is correctly placed and centered on the pipe.
  • Step 6 : Check for Leaks - Turn on the water supply and attentively monitor the repaired area for any symptoms of leaks or drips while repairing a pipe leak. If the leak persists, test the clamp's tightness and make any necessary modifications.
  • Step 7 : Final Check - Conduct a final examination of the installation to confirm that all components are properly positioned and that there are no loose or protruding pieces that could represent a concern to the user's safety.

Pipe Clamp Used in Industries

  • Pipe Clamp Used in Tractor
  • Pipe Clamp Used in Automotive Trim
  • Pipe Clamp Used in Stamped Machined Products
  • Pipe Clamp Used in Cookware
  • Pipe Clamp Used in Appliances
  • Pipe Clamp Used in Kitchen
  • Pipe Clamp Used in Sinks
  • Pipe Clamp Used in Railway Cars
  • Pipe Clamp Used in Foodservice Equipment
  • Pipe Clamp Used in Trailers
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