Industrial Furnace Spare Parts And Accessories Manufacturers

Accessories Range at a Glance

The Accessories category covers key heating parts and instruments for industrial furnaces and heat-treatment equipment. Our current production range includes two heating element families, each matched to a different combination of temperature, atmosphere and service-life expectation.

Application Fit Across Heat-Treatment Processes

We supply high-temperature equipment and accessories to customers in ceramics, metallurgy, electronics, glass and chemical engineering, and provide powder roasting, ceramic sintering and high-temperature experimental services to universities, research institutes and industrial and mining enterprises. Application experience also extends to rare earth, semiconductors, photovoltaics, casting, smelting, medical treatment, magnetism and coatings.

Within that spread, the element choice follows the process:

• Air-atmosphere ceramic and refractory kilns — MoSi2 elements suit high element temperatures and benefit from durable oxidation protection.
• Magnet, powder metallurgy and glass furnaces — SiC elements are selected where corrosion resistance, rigidity and long element life are the priority.
• Laboratory and pilot furnaces — both families are available for box-type resistance furnaces, tube furnaces and muffle furnaces in our standard furnace programme.
• Furnace rebuilds and upgrades — replacement elements can be combined with ceramic fiber linings from the same factory, matching insulation to the new heating layout.

Element Configuration and Furnace Integration

A heating element cannot be defined by temperature rating alone. Every proposal we prepare covers the geometry, electrical values and mounting details that determine whether the element performs reliably in your furnace:

• Element geometry — straight rod, U-shape, W-shape or multi-leg forms sized to the hot-zone dimensions.
• Cold-end design — terminal shank diameter and length matched to your bus-bar and clamp arrangement.
• Electrical grouping — resistance range, connection voltage and number of elements per heating zone.
• Feed-through and sealing — element entry points, support tubes and gasket details for the furnace shell.
• Surface load — the balance between element temperature, heat-up rate and expected service life.

For an existing furnace, we can work from drawings, photographs or a sample element. For a new furnace, the element set can be engineered together with the furnace body and insulation, removing the interface problems that appear when heating elements and refractory materials are sourced separately.

Quality Control and Acceptance Documentation

The factory implements ISO9001 and CE quality management systems. We carry out corresponding inspections after each production process, and finished heating elements receive full inspection according to customer requirements and international standards before release.

The high-temperature product line is supported by inspection reports and utility model patents kept on file. When a project requires defined acceptance testing, we agree the test plan, measurement points and report format before production begins.

Information We Use to Configure Your Solution

To prepare an accurate configuration and quotation, our engineering team starts from the following project data:

For replacement orders, drawings or photographs of the existing element, terminal position and insulation layout are enough to begin. We also coordinate accessory and consumable supply with furnace repair, modification and relocation projects for vacuum and atmosphere furnaces.

Accessories: Answers to Common Project Questions