Steel Jacketed Insulation Pipe/High-Temperature Steam Insulation Pipe/Polyurethane Composite Insulation Pipe

• Customization: Available
• Application: Chemical Industry, Construction Industry, Oil and Gas Industry
• End Connection: Bell and Spigot
• Model NO.: DN830
• Outer Diameter: 100mm--1500mm
• Meter: 6meter--12meter,Customizable
• Working Temperature: 200-600,Customizable
• Transport Package: Plastic Film
• Specification: corrosion resistance
• Trademark: Ying Shuo
• Origin: China
• Production Capacity: 100000ton
• Package Size: 1200.00cm * 83.00cm * 83.00cm
• Package Gross Weight: 1000.000kg
• Lead Time: 30 days (1 - 5000 Meters) ; To be negotiated ( > 5000 Meters)

Product Description

Product structure of steel-jacketed steel insulation pipes
 
 Steel jacketed steel insulation pipes are usually composed of the following three main parts:
          1.Working steel pipe
              *  The working steel pipe is the core part of the steel-jacketed steel insulation pipe and is responsible for transporting media such as steam and hot water.
           
             *  Generally, seamless steel pipes, spiral seam steel pipes or straight seam steel pipes are adopted. The material is selected based on the characteristics of the conveyed medium and engineering requirements. Common materials include carbon steel, alloy steel, etc.
    
             * The selection of its pipe diameter and wall thickness depends on parameters such as flow rate, pressure and temperature.

        2.Insulating layer
            * The insulation layer is located between the working steel pipe and the outer protective steel pipe and plays a key role in reducing heat loss.

            * Commonly used insulation materials include polyurethane foam, glass wool, rock wool, aluminum silicate fiber,aerogel felt etc. These materials have good insulation performance and heat insulation effect.

            * The thickness of the insulation layer is designed and calculated based on the usage environment of the pipeline, the temperature of the medium and the insulation requirements to ensure the expected energy-saving effect is achieved.

        3.Outer protective steel pipe
             * The outer protective steel pipe is wrapped outside the insulation layer to provide protection for the working steel pipe and the insulation layer

             * Usually, spiral steel pipes or straight seam steel pipes are adopted, and the materials are generally carbon steel.

            * The outer protective steel pipe can prevent mechanical damage, corrosion and water intrusion from the outside, thereby ensuring the long-term stable operation of the pipeline.

Product features of steel-jacketed steel insulation pipes

      1.Outstanding thermal insulation performance
       2.Good waterproof and moisture-proof properties
       3.High strength and durability
       4.Adapt to complex environments
       5.Small footprint
       6.Good thermal compensation performance
      7.safe and reliable

Application of steel-jacketed steel insulation pipe products
 
    1.Central heating system
    2.Petrochemical industry
    3.Thermal power plant
    4.Industrial field
    5.Regional cooling system
    6.Hot spring water transportation
  
Detailed parameter table
 

Parameter	Description
Working Steel Pipe Material	Commonly 20# steel, Q235B, etc.
Diameter of Working Steel Pipe	Usually ranging from DN25 to DN1200
Wall Thickness of Working Steel Pipe	Depending on the pipe diameter and pressure requirements, generally between 3mm and 20mm
Material of Outer Protective Steel Pipe	Mostly Q235B or spiral steel pipe material
Diameter of Outer Protective Steel Pipe	Larger than the diameter of the working steel pipe, and the specific size depends on the thickness of the insulation layer
Wall Thickness of Outer Protective Steel Pipe	Usually between 4mm and 10mm
Insulation Layer Material	Commonly such as polyurethane foam, glass wool, etc.
Thickness of Insulation Layer	Generally between 30mm and 150mm
Temperature Resistance Range	Varies depending on the insulation layer material, generally between -50ºC and 350ºC
Thermal Conductivity Coefficient	For example, polyurethane foam is about 0.024 W/(m·K)
Water Absorption Rate	Generally less than 3%
Compressive Strength	Depends on the insulation layer material. For example, polyurethane foam can reach more than 200kPa
Service Life	Usually more than 20 to 30 years

Frequently asked question
  1.Q:Can you customize it?
     A: Yes

  2. Q:Can you provide samples?
      A: Yes,we provide free samples.