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U-type Mosi2 heating elements
Model: U Type MoSi2 Heating Elements
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
U Type MoSi2 Heating Elements Manufacturer In China
Elevate your furnace performance with U Type MoSi2 Heating Elements, crafted from premium molybdenum disilicide (MoSi2) with a U-shaped design optimized for single-phase systems and temperatures up to 1850°C. Featuring energy-saving, low-resistance cold ends, these elements ensure maximum efficiency and durability.
U Type MoSi2 Heating Elements Features
- U-Shaped Design: Single-end terminals optimize single-phase furnace connections, simplifying installation.
- High-Temperature Capability: Operates up to 1850°C, available in grades 1700, 1800, 1850, 1900, and Super Pure.
- Oxidation Resistance: Molybdenum disilicide forms a protective SiO2 layer, ensuring durability in air and harsh atmospheres.
- Energy Efficiency: Low-resistance cold ends minimize power consumption, reducing operational costs.
- Customizable Specifications: Tailored diameter, hot zone (HZ), cold zone (CZ), shank spacing (A), and length to match your furnace requirements.
U Type MoSi2 Heating Elements Application
Our U Type MoSi2 Heating Elements excel in industries requiring ultra-high-temperature heating:
- Ceramics Industry: Ideal for kilns needing precise, high-temperature heating for sintering and firing.
- Glass Manufacturing: Supports uniform melting and annealing with reliable heat output.
- Metallurgy: Perfect for heat treatment and sintering in single-phase furnaces.
- Research & Development: Suited for experimental furnaces requiring durability and temperature consistency.
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