# Ceramic Holders for MoSi2 Heaters

## Ceramic Holders for MoSi2 Heaters Description

CVSIC Ceramic Holders for MoSi2 Heaters is built to secure Molybdenum Disilicide (MoSi2) heating elements, crafted from high-density insulating ceramic (alumina or ceramic fibre) and corrosion-resistant stainless steel, complete with stainless steel angle brackets, hex nuts, hex bolts, and two insulating ceramic plates. 

It fits MoSi2 elements with diameters of 3/6 mm, 4/9 mm, 6/12 mm, 9/18 mm, and 12/24 mm, enduring temperatures of up to 1900℃, making it ideal for high-temperature furnaces, kilns, and industrial heating applications. Its unique design lets you install MoSi2 elements from outside the stove, making operation a breeze, handling thermal expansion and contraction with ease, reducing stress, and boosting element lifespan. In stock, packed in cartons for safe shipping, and widely used in ceramics, electronics, and lithium battery industries.

## Ordering Information

When ordering Ceramic Holders for MoSi2 Heaterss, please provide the following parameters:

- **MoSi2 Element Diameter**: 3/6mm, 4/9mm, 6/12mm, 9/18mm, or 12/24mm

- **Example**: Ceramic clamp for 6/12mm MoSi2 element, denoted as: Ceramic Clamp/6/12mm

- *Note*: Custom specs are available to ensure perfect compatibility with MoSi2 elements.

## Ceramic Holders for MoSi2 Heaters Connection Method

- **Installation Position**: The ceramic clamp secures MoSi2 heating elements to the top of furnaces or kilns, facilitating external installation by attaching to the element’s aluminium-coated cold end.

- **Connection Method**:

Place the aluminium braid on the MoSi2 cold end’s aluminium coating.

- Secure the aluminium braid around the cold end with stainless steel clips, placing two ceramic plates on both sides or in the centre to block heat.

- Attach the clamp to the furnace top using stainless steel angle brackets, hex bolts, and nuts, ensuring the element hangs vertically with the conical transition zone (g) inside the furnace.

- During initial setup, don’t over-tighten bolts; after about 48 hours of heating, re-tighten bolts to address thermal relaxation, ensuring connection end voltage