YUHAO high purity 1800 degree U-shaped mosi2 dental furnace heating element Products from Dengfeng City Yuhao High Temperature Component Co., Ltd.

Product Details

Warranty:	1 year	Dimensions (LWH):	custom made
payment terms:	L/C, D/A, D/P, T/T, Western Union, MoneyGram, other secure payment	shape:	Straight/U/W/L
Maximum temperature:	1800°C	Energy source:	electrical
weight:	According to model	Service life:	more than 6 months
brand:	Yu Hao	Surface load:	10/14.5W/cm2
After-sales service provided:	Online support	Key words:	U-shaped mosi2 heating element
diameter:	3/6,4/9,6/12,7/14,9/18,12/24mm	application:	Ceramic, magnet, glass, dental and other high temperature furnaces.
Certification:	ISO9001	Packaging Preview:
Packaging Details:	The U-shaped mosi2 heating element is packed in foam plastic and carton, and exported in wooden box.	Material:	Molybdenum Disilicide
Supply capacity:	500 pieces per week	port:	Qingdao/Shanghai/Guangzhou/Other Chinese ports
Bulk density:	5.5-5.6 g/cm3	Voltage:	220V/380V/Customized
place of origin; place of origin:	Henan, China	Applicable industries:	laboratory heating equipment
Health status:	new	Hot zone length:	100-1500mm
type:	air heater

Product Description

YUHAO high purity 1800 degree U-shaped mosi2 dental furnace heating element

Introduction to Mosi2 Heating Elements

1. U-shaped molybdenum disilicide heating element is a resistance heating element mainly made of high-purity molybdenum disilicide.

2. In an oxidizing atmosphere, the maximum temperature can reach 1800°C, and the applicable temperature is 500~1700°C.

3. It can be widely used in sintering and heat treatment of ceramics, magnets, glass, metallurgy, refractory materials, etc.

chemical properties

At high temperature, the MoSi2 heating element will form a layer of SiO2 protective film on the surface to prevent the element from continuing to oxidize.

When the component temperature exceeds 1700 °C, the film starts to melt. And it is not suitable for long-term use in the temperature range of 400-700 ° C, otherwise the elements will be strongly oxidized and pulverized at low temperatures.

The effect of different atmospheres

atmosphere	Component maximum operating temperature
		1700 level		1800 level
nitrogen dioxide, carbon dioxide, oxygen, air	1700°C		1800°C
He, Ar, Ne	1650°C		1750°C
sulfur dioxide	1600℃		1700°C
carbon monoxide, hydrogen	1500℃		1600℃
wet hydrogen	1400°C		1500℃
dry hydrogen	1350°C		1450°C