Thermal Equipment

Full Package Solution For Lab Equipment - All For Your Researching. Sample processing, Biochemical testing, New material researching etc...

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Who we are

Who are we

Elheater is one technology orientated organization, team members are devoted to probing the most efficicent and reliable technology and innovations in the scienticfic researching equipment, fields like biochemical reacting, new materials researching, heat treatment, vaccum creating, refrigerating, as while as pharmaceutical and petroleum extracting equipment.

Ensure Best Quality from Source

The best heating element for a furnace is one that is carefully chosen. This is based on the furnace’s specific operational parameters. The selection process involves a detailed analysis of the material properties, design, and compatibility with the furnace’s environment and operational requirements.

15 years
Brand & Leader of High Temperature
20 +
Professional Design
Engineers
1500 k
Happy Customers
Cases
About Us

Company profile

We have the largest domestic production base of high-temperature electric heating elements and the most advantageous production lines of pharmaceutical butyl rubber stoppers, and undertake a national major new product projects and two major projects of high-tech industrialization/

The main products are Mosi2 heating elements, Sic heating elements, industrial furnace, tungsten and molybdenum materials and products, pharmaceutical butyl rubber stopper,etc.
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FAQ /

Material and Cross-Sectional Area
The choice of heating element material and its cross-sectional area are critical. They directly influence the electrical resistance and thus the heat output. Materials with higher resistivity require less cross-sectional area to achieve the necessary resistance. This makes them suitable for low power applications.

Conversely, for higher heat output, thicker elements with lower resistance are preferred. This allows more current flow.
Maximum Element Temperature
The choice of heating element material and its cross-sectional area are critical. They directly influence the electrical resistance and thus the heat output. Materials with higher resistivity require less cross-sectional area to achieve the necessary resistance. This makes them suitable for low power applications.

Conversely, for higher heat output, thicker elements with lower resistance are preferred. This allows more current flow.
Maintenance and Reliability
The choice of heating element material and its cross-sectional area are critical. They directly influence the electrical resistance and thus the heat output. Materials with higher resistivity require less cross-sectional area to achieve the necessary resistance. This makes them suitable for low power applications.
Uniform Heating and Temperature Control
The choice of heating element material and its cross-sectional area are critical. They directly influence the electrical resistance and thus the heat output. Materials with higher resistivity require less cross-sectional area to achieve the necessary resistance. This makes them suitable for low power applications.

Conversely, for higher heat output, thicker elements with lower resistance are preferred. This allows more current flow.
Furnace Atmosphere and Element Design
The choice of heating element material and its cross-sectional area are critical. They directly influence the electrical resistance and thus the heat output. Materials with higher resistivity require less cross-sectional area to achieve the necessary resistance. This makes them suitable for low power applications.

Conversely, for higher heat output, thicker elements with lower resistance are preferred. This allows more current flow.

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