Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction

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Product Details
Customization: Available
Usage: High Temperature Insulating Material
Temprature Classification: 1050℃, 900℃
Diamond Member Since 2024

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  • Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction
  • Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction
  • Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction
  • Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction
  • Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction
  • Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction
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  • Overview
  • Product Description
  • Product Parameters
  • Company Profile
  • FAQ
Overview

Basic Info.

Chemical Composition:
Al2O3.SiO2
Shape
Plate
Manufacturing Technique
Double- Needled
Kind
Microporous Material
Item
Microporous Hard Board
Temperature
600-1050℃
Density
280/300/320 Kg/M3
Color
White/ Pure White
Material
Microporous Hard Board
Covering Material
Aluminum Foil / PE Foil / Glass Fiber Cloth
Refractory Grade
Non-Inflammable
Thickness
10mm-50mm Thickness
Width
400mm/500mm or Customized
Length
600/1000mm or Customized
Type
Heat-Resistant Material
Performance
Excellent
Transport Package
Carton Box/Wooden Pallet
Specification
400x600x10-50mm; 500x1000x10-50mm or customized
Trademark
LAUREL
Origin
China
HS Code
680610
Production Capacity
2000 Ton/Year

Product Description

Heat energy fireproof thermal insulation roll refractory aluminum silicate wool fibre ceramic fiber blanket
Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction

Product Description
Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction
Laurel Microporous Board - Advanced Insulation Solution

Laurel Microporous Board represents a breakthrough in thermal insulation technology, delivering exceptional performance across extreme temperature ranges. Utilizing cutting-edge microporous nanotechnology, our boards achieve thermal conductivity values below that of static air at ambient temperatures (as low as 0.021 W/m·K at 25°C).




 
Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction
Key Advantages:
1. Temperature-Stable Performance: Minimal thermal conductivity variation (Δλ < 0.001 W/m·K per 100°C) ensures consistent insulation from cryogenic to high-temperature applications

2. Superior Thermal Efficiency: 3-4× greater insulation effectiveness than conventional materials at elevated temperatures (up to 1000°C)

3. Structural Integrity: High compressive strength (≥1.2 MPa) with optional protective facings:
   - Aluminum foil for moisture/chemical resistance
   - Glass fiber cloth for abrasion protection

4. Energy Optimization: Lightweight construction (density 220-280 kg/m³) reduces thermal mass while maximizing kiln efficiency
 
Ideal Applications:
- High-efficiency industrial kilns and furnaces
- Process equipment requiring precise thermal management
- Energy-saving retrofits for existing thermal systems

Available in standard thicknesses from 10mm to 50mm, with custom configurations to meet specific thermal and mechanical requirements. The product meets ASTM C-177 and EN 1094 standards for thermal insulation materials.
Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction

Product Parameters
 

Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction

Low thermal conductivity
 
Excellent thermal characteristics
 
Easy to install

Grad A1 incombustible

 
Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction
Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction





Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction

 

ITEM MICROPOROUS 60H MICROPOROUS 90H MICROPOROUS 105H
Recommended Temperature of Use (ºC ) 600 900 1050
Density (kg/m³) 300/320 280/300 320
Modules of Rupture (MPa) ≥0.15 ≥0.15 ≥0.15
Compressive Strength (MPa, 10% relative deformation) ≥0.3 ≥0.3 ≥0.3
Permanent Linear Shrinkage(%) 600ºC x 24h ≤2.0 900ºC x 24h ≤2.0 1050ºC x 24h ≤2.5
Thermal Conductivity (W/m·K)
100ºC 0.022 0.02 0.022
200ºC 0.024 0.023 0.024
300ºC 0.028 0.026 0.031
400ºC 0.029 0.027 0.036
500ºC - 0.033 0.04
600ºC - - 0.048
Covering Material Aluminum Foil / PE Foil / Glass Fiber Cloth
Standard Size (mm) 600 x 400 x (10-50)mm
1000 x 500 x (10-50)mm

 



Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction

 
Company Profile

Laurel Group was established in 2003, and with over 20 years of production and trading experience, we are professionally engaged in the research, development, and sales of all types of refractory and insulation materials. 
Refractory materials include alumina series bricks, magnesia series bricks, corundum series bricks, mullite bricks, and alusite bricks. Insulation materials include ceramic fiber products, calcium silicate products, insulating brick, and rock wool insulation for the metallurgy, glass, ceramics, petrochemical, machinery, steel, cement, lime, construction, and other industries.
Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction


Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction


 
Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction
OEM and ODM are also welcome here.
We provide a global one-stop purchasing platform for refractory and insulation materials to offer you professional advice, qualified products and good service, helping you to make energy-saving easier.

We passed the ISO 9001 certificate, and many products got approval from domestic and foreign customers; our materials have been exported to Europe, South America, North America, Africa, Oceania, and Southeast Asia ,it is over 50 countries, and built firm business relations with more than 200 foreign companies. 
Hope we will have the opportunity to work with you together.
We warmly welcome you to visit us at any time.



Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction



Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction

Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction

Biochar-Derived Carbon Nano-Fiber Hard Board with 0.4G/Cm³ Density and Negative Carbon Footprint for Green Construction

 
FAQ

Q1. Are you a Manufacturer?
A: Yes, our factory is in Zibo, Shandong province. We also have strong cooperating relationships with other manufacturers for other related products.

Q2. Can we visit your factory?
A: Sure, warmly welcome at any time. Seeing is believing.

Q3. Can you accept OEM or ODM?
A: Yes, customization is also welcome.

Q4. What's the MOQ of the trial order?
A: No limit. We can offer the best suggestions and solutions to meet your requirements.

Q5. What are your payment methods?
A: T/T, L/C, and other payment terms are also available for us.

Q6. How long is the delivery time?
A: Normally, it takes around 10-20 days. It also depends on the quantity of the order size. 

Q7. How about your company's certification?
A: CE, ISO9001, and test report. We also could apply for other necessary certifications.

Q8. How can you control your quality?
A: For each production processing, we have a complete QC system to control the quality during production.

Q9. Do you provide free samples?
A: Yes, free samples are available.


 

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