Insulation Materials Rock Wool Pipe

• Feature: Durable, Easy to Install, Fierproof, Heat Insulation, Noise Reduction, Waterproof
• Highest Working Temperature: 800℃
• Material: Natural Basalt
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: rw02
• Item Name: Rock Wool Pipe
• Moisture Absorption Rate: 3.9%
• Design Style: Traditional
• Thermal Conductivity: 0.04W/(M.K)
• After-Sale Service: Online Technical Support, Other
• Density: 70-130kg/M3
• Thickness: 30-50mm
• Type: Rock Wool Tube
• Length: 1m
• Flame Retardant: Class a
• Inside Diameter: 19-325mm
• Application: Home Office
• Transport Package: Plastic Bag
• Trademark: Huaou
• Origin: Hebei, China
• HS Code: 6806109090
• Production Capacity: 2000m3/Day
• Package Size: 120.00cm * 60.00cm * 30.00cm
• Package Gross Weight: 0.700kg

Product Description

Specification

 

Item name	mineral steam pipe insulation rock wool tube 80kg density 50mm thickness fireproof rock wool
Warranty	1 Year
After-sale Service	Online technical support, Onsite Installation, Onsite Training, Onsite Inspection, Other
Project Solution Capability	graphic design, 3D model design, total solution for projects
Application	Hotel
Design Style	Contemporary
Place of Origin	China
Brand Name	Huaou
Model Number	rw02
Type	rock wool tube
Material	Natural basalt
Length	1m
Thermal Conductivity	0.04W/(m.K)
Thickness	30-50mm
Inside diameter	19-325mm
Density	70-130kg/m3
Flame Retardant	class A
Working temperature	80-450
Moisture absorption rate	3.9%

 

Product Description

 

Mineral Steam Pipe Insulation Rock Wool Tube - 80kg Density, 50mm Thickness, Fireproof Rock Wool Overview
The Mineral Steam Pipe Insulation Rock Wool Tube, with 80kg density and 50mm thickness, is a premier fireproof rock wool insulation material specifically designed for pipelines. This rock wool tube shell finds extensive applications in the insulation of industrial boilers and equipment pipelines across various sectors including petroleum, chemicals, metallurgy, shipbuilding, and textiles.

Characteristics ofMineral Steam Pipe Insulation Rock Wool Tube - 80kg Density, 50mm Thickness, Fireproof Rock Wool

The Mineral Steam Pipe Insulation Rock Wool Tube boasts excellent heat preservation, machining, and fire resistance capabilities. It features a high acidity coefficient, superior chemical stability, and durable fibers. Additionally, the rock wool tube shell offers remarkable sound absorption properties.

Advantages of Mineral Steam Pipe Insulation Rock Wool Tube - 80kg Density, 50mm Thickness, Fireproof Rock Wool
1. Constructed from high-quality basalt, the rock wool pipe system undergoes high-temperature melting to form artificial inorganic fibers. It offers lightweight, low thermal conductivity, excellent sound absorption, non-combustibility, and robust chemical stability.
2. This innovative material serves as a superior solution for heat preservation, insulation, and sound absorption.
3. The rock wool pipe also excels in waterproofing, heat preservation, heat insulation, and cold insulation, maintaining its chemical stability even under prolonged humid conditions without deliquescing.
4. Free from fluorine (F-) and chlorine (CL), rock wool is non-corrosive to equipment and is inherently non-combustible.
 

Packing & Delivery

Standard export packing or customized as required. Each piece is packed in a plastic bag, 1pc/bag.

FAQ

 

1. Who are we?
We are based in Hebei, China, and have been operational since 2010. Our major markets include Southeast Asia (40%), North America (20%), Eastern Asia (20%), and others. Our team comprises 11-50 dedicated professionals.

2. Why choose us?
Our thermal insulation board is globally recognized for its exceptional quality and rapid order processing.

3. Do you accept OEM orders?
Yes, we do.

4. Are your products environmentally friendly?
Our insulation board has achieved new heights in heat preservation, insulation, and building energy efficiency.