Aluminum Foil Foam Pipe Insulation - High Density, Waterproof, Fireproof, Self-Adhesive for Hot and Cold Pipes

• Customization: Available
• Material: Nitrile Rubber
• Usage: Industrial Rubber Slab, Industrial, Flooring, Printing, Rubber Floor Covering
• Feature: Wear-resistant, Impact-resistant, Heat-resistant, Corrosion-resistant, Insulating, Cold-resistant
• Raw Materials: Natural Rubber, Pad
• Medium: Pure Gum Rubber Sheet and Fabric
• Performance: Insulating Rubber Slab
• Color: Black Rubber Sheet
• Colour: Black
• Selling Units: Package
• Single Gross Weight: 50.0 Kg
• Single Package Size: 100X150X3 Cm
• Transport Package: Plastic Bag
• Specification: According to customer requirements
• Trademark: GF
• Origin: Nanjing
• Production Capacity: 5000000

Product Description

Aluminum Foil Foam Pipe Insulation: High Density Waterproof/Fireproof Insulation Pipe with Self-Adhesive Application for Hot or Cold Pipes

What is Foam Pipe Insulation?

Foam pipe insulation is a cost-effective material that wraps around pipes to reduce heat loss or gain, prevent freezing, minimize damage, and dampen noise. Its versatility makes it ideal for commercial buildings, residential homes, and industrial facilities. Available in various sizes and thicknesses, it typically comes in tubes that can be cut to fit your needs, with pre-slit designs for easy installation.

What is Our Foam Pipe Insulation Made Of?

Our foam pipe insulation is made from elastomeric foam, a flexible, moisture-resistant synthetic rubber. This material is known for its durability and effectiveness.

Standard Dimension Chart
 

Type	1	2	3	4	5
Thickness(mm)	9	13	19	25	32
Length(m)	1.5	1.5	1.5	1.5	1.5
Width(m)	1.0	1.0	1.0	1.0	1.0
m/piece	20	14	10	8	6

 

Note :

1. The above specifications are those in commen use , special spacifications are available upon request .
2. Sheets and tubing are normally in black . Other colors are available upon customer's request .
3. It is recommended to use sheet when outer diameter of tubing exceeded 89mm.
4. Multilayer insulation is recommended when requiried thickness is thicker than 50mm .
5. Customized width of sheet is available upon request within 1m to 3m 

   
   Data Sheet

   Density	≤70kg/m3	GB6343
   Fire rating	class 1 or class 0	GB8624
   Thermal conductivity -20 °C	≤0.031w/(m.k)	GB10294
   Thermal conductivity   0 °C	≤0.034w/(m.k)	GB10294
   Thermal conductivity 40 °C	≤0.036w/(m.k)	GB10294
   Water vapor permeability Coefficient	≤2.8 ×10- ¹¹g(m.s.Pa)	GB/17146-97
   Water vapor permeability  μ Factor	≥ 12000	GB/17146-97
   Water absorption rate in vacuum	≤6 %	GB/T17794-08
   Dimensional stability	≤10.0 %	GB8811
   Crack resistance	≥2.5 N/cm	GB/T 10808
   Compression resilience ration	≥70 %	GB/T 6669-01
   Anti-ozone	Not cracking	GB/T 7762
   Aging resistance 150h	slightly crumpling, no pin holes,  no deformation	GB/T 16259
   Temperature range	-40°C ~ +110°C	GB/T 17794
   Oxygen index	≥32 %	GB/T 2406
   SDR	≤75	GB/T 6227

   
   
   
    

    

How Does Foam Pipe Insulation Work?

The insulation creates a barrier between the pipe and its environment, slowing thermal transfer and reducing heat loss in winter and overheating in summer. The closed-cell structure restricts heat flow, with denser foam providing better performance. For cold applications, thicker insulation offers greater heat resistance. Foam insulation also prevents condensation, avoiding corrosion and mold growth.

How Effective is Foam Pipe Insulation?

Effectiveness depends on:

Material: Affects thermal conductivity and moisture resistance. Thickness: Thicker insulation offers better value and less heat loss. Installation: Proper fit and sealing improve performance.

With the right setup, foam pipe insulation can reduce heat loss by up to 80%, cut energy costs by 10-20%, lower surface temperatures, eliminate condensation, and reduce noise levels.
 

1. Temperature Range: Different foams excel in hot or cold conditions.
2. Maintenance: Regular checks maintain insulation integrity.
3. 

Benefits of Using Foam Pipe Insulation 

1. Energy Efficiency: Reduces heat loss/gain, saving energy costs.
2. Freeze Protection: Prevents pipes from freezing in cold climates.
3. Condensation Control: Stops condensation, corrosion, and mold.
4. Noise Reduction: Damps noise from pipes and mechanical systems.
5. Safety: Keeps pipes safe to touch, reducing burn risks.
6. Aesthetics: Provides a neat, tidy appearance, can be painted or decorated.

Key Considerations for Installation

Proper installation is crucial to maximize the performance and benefits of foam pipe insulation. Here are key guidelines:

• Measure Carefully: Ensure the insulation is sized correctly to fit the pipe diameter snugly. Measure pipe circumference and cut insulation tubes to length.
• Clean Pipes: Remove oil, rust, or debris so insulation adheres directly to the pipe surface.
• Seal Seams: Seal longitudinal seams and butt joints with adhesive to prevent gaps. Use vapor barrier mastic for a continuous seal.
• Secure Ends: Use tape or tie wire to hold insulation ends in place. Wrap insulation over pipe hangers and supports.
• Install Jackets: Outdoor pipes need weatherproof jackets made of aluminum, PVC, or UV-resistant rubberized bitumen.
• Check Frequently: Periodically inspect for gaps, cracks, or damage compromising insulation performance and needing repair.

Proper installation ensures insulation remains snug, intact, and undamaged, delivering maximum energy efficiency and pipe protection.