Product Details
Description
MoSi₂ (Molybdenum Disilicide) heating elements are high-performance
resistance elements made primarily from pure molybdenum disilicide.
When exposed to an oxidizing atmosphere at high temperatures, the
surface forms a protective quartz film that prevents further
oxidation. These elements are ideal for high-temperature
applications ranging from 500°C to 1800°C, including sintering and
heat treatment in ceramics, magnets, glass, metallurgy, and
refractories.
Product Details
Parameter | Specifications |
---|
Temperature Grades | 1700°C, 1800°C |
Available Shapes | U-type, W-type, I-type, L-type, WL-type, Spiral types |
Series | Standard Sizes (Diameter/Cold End) |
M1700 Series | Φ3/6, Φ4/9, Φ6/12, Φ9/18, Φ12/24 |
M1800 Series | Φ3/6, Φ4/9, Φ6/12, Φ9/18, Φ12/24 |
Installation Guide for MoSi2 Heating Elements
Vertical Installation Method
MoSi2 heating elements are brittle at room temperature but become
ductile at high operating temperatures. The recommended
installation method for U-shaped elements is vertical suspension
from the furnace top using specialized support clamps. This
approach prevents mechanical stress from concentrating on the
heating zone of the element, significantly reducing the risk of
fracture and extending service life.
Key Installation Requirements:
Support Clamp Selection: Specific support clamps are designed for different element sizes
(e.g., 6/12 and 9/18 types)
Precise Alignment: Clamps must be carefully installed to ensure perfect vertical
positioning
Proper Insertion: The tapered lower end must fully extend into the furnace chamber
to prevent localized overheating
Weight Distribution: Support clamps must bear the entire element weight while
maintaining secure positioning
Product Series Classification:
Series Type | Operating Temperature | Available Specifications | Configuration Types |
1700 Series | Up to 1700°C | Φ6-12 mm | W-type, U-type, L-type, Custom |
1800 Series | Up to 1800°C | Φ3-12 mm | U-type, W-type |
1800J Series | ≥1800°C | Φ3-12 mm | W-type |
1800T Series | ≤1800°C | Φ3-12 mm | U-type |
For Small Furnaces (<100 kW):
Temperature Range | Voltage Setting |
---|
20-150°C | ⅓ Operating Voltage |
150-500°C | ⅔ Operating Voltage |
500°C to Target Temperature | Full Operating Voltage |
For Large Furnaces (100-500 kW):
Temperature Range | Voltage Setting |
---|
20-300°C | ⅓ Operating Voltage |
300-700°C | ⅔ Operating Voltage |
700°C to Target Temperature | Full Operating Voltage |
Key Advantages:
Exceptional oxidation resistance at high temperatures
Stable performance in oxidizing atmospheres
Long service life (up to 10,000 hours)
Customizable sizes and configurations
Suitable for dental furnaces and zirconia sintering applications
Applications:
Dental zirconia sintering furnaces
High-temperature ceramic processing
Magnetic material heat treatment
Glass manufacturing and processing
Metallurgical heat treatment
Refractory material production
To proceed with your inquiry or order, please provide the following
specifications:
- D1: Hot Zone Diameter (mm)
- D2: Cold End Diameter (mm)
- Le: Length of Hot Zone (mm)
- Lu: Length of Cold End (mm)
- A: Shank Spacing / Center Distance (mm)
Please format your dimensions as follows:
D1/D2 × Le × Lu × A
(Example: 4/9 × 200 × 250 × 45mm)
Providing these exact parameters will ensure we can accurately meet
your requirements.
Packaging & Delivery
Secure Packaging: Each MoSi2 heating element is carefully packaged in a custom-sized
wooden case. The interior is lined with high-density foam to
provide maximum shock absorption and prevent damage during transit.
This ensures the brittle elements arrive in perfect condition.
Global Delivery: We offer reliable worldwide shipping options to get your order to
you quickly and safely.
Company Profile
Founded in 2017, Kegu is a leading advanced materials developer
based in China’s Xixian New District, Qinhan New City—strategically
positioned near major transport links including the Xianyang East
Expressway. With a registered capital of 35.5 million RMB (approx.
5 million USD), we operate from a modern 5-acre production facility
where we combine materials science innovation with precision
manufacturing.
We specialize in engineering high-performance ceramic components
for mission-critical industries such as New Energy, Chemical
Processing, Pharmaceuticals, and Aerospace. Our products are known
for exceptional thermal stability, excellent chemical resistance,
and outstanding mechanical properties.
Leveraging a strong R&D foundation, we deliver customized
ceramic solutions that meet stringent international quality
standards while enhancing operational performance and reducing
lifecycle costs for OEMs and innovators worldwide. At Kegu, we’re
solving tomorrow’s material challenges—today.