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W-type Mosi2 Heating Element
Model: W Type Mosi2 Heating Element
Grade:1700 / 1800 / 1850 / 1900 / Super pure
Diameter: 3/6, 4/9, 5/10, 6/12, 7/14, 9/18, 10/18, 12/24mm
Voltage: 220V-380V
Services Offered: Customization, Wholesale, Distributors
Origin: China
Grade:1700 / 1800 / 1850 / 1900 / Super pure
Diameter: 3/6, 4/9, 5/10, 6/12, 7/14, 9/18, 10/18, 12/24mm
Voltage: 220V-380V
Services Offered: Customization, Wholesale, Distributors
Origin: China
Phone :+86 15804230746
WhatsApp : 008615804230746
Email : jiaxincarbide@outlook.com
inquiry
PRODUCT DETAILS
W Type MoSi2 Heating Elements Manufacturer In China
W Type MoSi2 Heating Elements are your solution. Designed in a W-shape for three-phase systems, these molybdenum disilicide elements operate reliably under 1850°C, offering grades from 1700 to Super Pure for diverse needs. Based in Henan Province, China, CVSIC brings over 15 years of manufacturing excellence to deliver durable, customizable heating solutions at affordable rates. With lengths up to 6600mm and robust after-sales support, these elements are perfect for industrial furnaces in ceramics, glass, and beyond.
W Type MoSi2 Heating Elements Features
- High-Temperature Capability: Operates effectively up to 1850°C, with grades 1700, 1800, 1850, 1900, and Super Pure.
- W-Shaped Design: Optimized for three-phase power systems, ensuring uniform heat distribution.
- Wide Size Range: Diameters from 3/6mm to 12/24mm and lengths from 5mm to 6600mm.
- Durable Construction: Molybdenum disilicide resists oxidation and corrosion in harsh environments.
- Voltage Flexibility: Compatible with 220V–380V systems for versatile applications.
W Type MoSi2 Heating Elements Application
Our W Type MoSi2 Heating Elements are trusted across high-temperature industries:
- Ceramics Industry: Ideal for kilns requiring stable, ultra-high heat.
- Glass Manufacturing: Supports melting and annealing with consistent performance.
- Metallurgy: Perfect for heat treatment and sintering in three-phase furnaces.
- Research & Development: Suited for experimental furnaces needing precision and durability.
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