FibroCeram Materials FibroCeram Materials

Vacuum Formed Shapes Ceramic Fiber Products

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Product Description

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Basic Specifications

Model NO.:Luyangwool
Feature:Instant Materials
Type:Refractory Material
Material:Alumina Block
Shape:Different Shapes
Product:Vacuum Formed Shapes
Raw Material:Ceramic Fiber
Production Capacity:500 Tons/ Year
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Product Description

Vacuum Formed Shapes
Ceramic fiber shapes are produced from corresponding level refractory fibre mixture through vacuum forming.
Ceramic fiber shapes without burning are free shear and bending. They are ideal energy-efficient insulation materials for furnaces, piping, and other equipment. Support surface hardening or complete hardening to every level according to demand.
Ceramic Fiber Product 1 Ceramic Fiber Product 2

🚀Applications:

  • Peep holes for the industrial furnace
  • Patch holes for thermometer
  • Nozzle and door sealing for industrial furnace
  • Non-ferrous metal molten channel
  • Lining for pad, cap, and electrical equipment gaskets

Main Features:

  • Complex shapes with high dimension accuracy
  • Direct contact with flame; no odor or volatile gases
  • High mechanical strength and resistance to gas flow
  • Low shrinkage and low thermal conductivity
  • Excellent thermal stability at high temperatures

Typical Parameters:

Property 1260STD 1260HP 1350HA 1430Zr
Density (KG/m3) 280-400 280-400 280-400 280-400
Linear Shrinkage Rate (%) ≤1.5 (1000) ≤1.5 (1000) ≤1.5 (1100) ≤1.5 (1200)
Flexural strength (mpa) >=0.6 >=0.6 >=0.6 >=0.6
Chemical (%) Al2O3 44-46 47-49 52-55 38-43
ZrO2 - - - 15-17
Shape 1 Shape 2 Shape 3
Process 1 Process 2 Process 3 Product Range

Frequently Asked Questions

Q1: What are Ceramic Fiber Vacuum Formed Shapes?

A: They are specialized refractory products made from ceramic fiber and binders, molded into specific, complex geometries using a vacuum suction process to meet industrial insulation needs.

Q2: Can these shapes withstand direct flame contact?

A: Yes, one of the main features is their ability to contact flames directly without emitting odors or volatile gases at high temperatures.

Q3: What is the typical temperature resistance?

A: Depending on the grade (STD, HP, HA, or Zr), they can handle temperatures ranging from 1000°C up to 1430°C with low linear shrinkage.

Q4: Are custom shapes available?

A: Yes, these products can be manufactured into various complex shapes with high dimensional accuracy based on specific engineering requirements.

Q5: Do they offer good thermal insulation?

A: Absolutely. They feature low thermal conductivity and low heat storage, making them excellent energy-efficient materials for furnaces and piping.

Q6: What is the density of these vacuum formed products?

A: The standard density range is between 280-400 KG/m3, providing a perfect balance between lightweight handling and structural strength.

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