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Muffle furnaceAccessories: Bio electric scooter vehicle battery
Muffle furnaceAccessories: Bio electric scooter vehicle battery
Muffle furnaceAccessories: Bio electric scooter vehicle battery
Muffle furnaceAccessories: Bio electric scooter vehicle battery
Muffle furnaceAccessories: Bio electric scooter vehicle battery
Muffle furnaceAccessories: Bio electric scooter vehicle battery
Muffle furnaceAccessories: Bio electric scooter vehicle battery

Tube furnace

  • Sizecustomize
  • Classification temperature1200-1600°C
  • Working temperature1000-1500°C
  • UsageOther types of industrial furnaces: heat treatment furnaces, soaking furnaces, ceramic kilns and kiln cars, etc.

Muffle furnace

Basic introduction

Muffle furnace is a kind of heat treatment equipment with high efficiency, energy saving and environmental protection. It uses ceramic fiber as the main material to construct a high temperature resistant and corrosion resistant furnace, providing a stable working environment for the heat treatment of various materials. The muffle furnace has a unique design and is easy to operate. It is widely used in ceramics, metallurgy, chemical industry and other fields.

1.Structural characteristics of ceramic fiber furnace muffle furnace

The furnace of the ceramic fiber furnace muffle furnace is made of high-quality ceramic fiber material, which has excellent high temperature resistance and heat insulation performance, can effectively reduce heat loss and improve thermal efficiency. The furnace has a compact structure and excellent heat preservation performance, which makes the temperature distribution in the furnace uniform, providing a strong guarantee for the uniform heating of the material.

  1. Working principle of ceramic fiber furnace muffle furnace

The working principle of ceramic fiber furnace muffle furnace is mainly to use infrared radiation to heat the material. When the electric heating element in the furnace is energized, a large amount of heat is generated, and the temperature in the furnace rises rapidly through the heat insulation effect of the ceramic fiber furnace. The material is uniformly heated by infrared radiation in the furnace to achieve rapid and uniform heat treatment.

Muffle furnace

Application areas

‌The application fields of ceramic fiber furnace muffle furnace are very wide. In the ceramic industry, it is used for the firing, melting, sintering and other processes of ceramic products; in the metallurgical industry, it can be used for heat treatment processes such as annealing, quenching and tempering of metal materials; in the chemical industry, it can be used for the synthesis of polymer materials and the preparation of catalysts. With the continuous advancement of science and technology, ceramic fiber furnace muffle furnace is also playing an increasingly important role in new energy, environmental protection and other fields.

Easy maintenance: The furnace material is resistant to high temperature and corrosion, has a long service life and low maintenance cost. The furnace structure is reasonably designed and easy to clean and maintain.

Advantages of ceramic fiber furnace muffle furnace

High efficiency and energy saving: Ceramic fiber furnace muffle furnace adopts advanced thermal technology, with high thermal efficiency and low energy loss, which can help enterprises reduce production costs and improve economic benefits.

Environmental protection and safety: The furnace material is resistant to high temperature and corrosion, and no harmful substances will be produced during use, which meets environmental protection requirements. The furnace structure is stable, easy to operate, safe and reliable.

Strong flexibility: Ceramic fiber furnace muffle furnace can customize furnaces of different specifications and models according to different production needs to meet the needs of different production scenarios.

产品特色

ModelYX-1260YX-1400YX-1600
Classification temperature(℃)126014001600
Operating temperature(℃)100012001500
colorwhitewhitewhite
Bulk density(kg/m³)160-210160-210160-210
shrink(%)1100℃*24h
2%
1200℃*24h
1.5%
1500℃*24h
1%
Thermal conductivity(w/mk)600℃0.120.130.08
 800℃0.160.20.13
 1000℃0.220.220.17
 1200℃0.30.28
Rebound rate(%)160kg/m³-5~8%
192kg/m³-10~15%
210kg/m³-15~20%
160kg/m³-5~8%
192kg/m³-10~15%
210kg/m³-15~20%
160kg/m³-5~8%
192kg/m³-10~15%
210kg/m³-15~20%

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