Product Description:

Our Kiln Posts are black in color and have a high corrosion resistance level, ensuring that they can withstand the harsh conditions of a kiln without rusting or corroding. These Sic Posts are made from high-quality materials to ensure that they have a high temperature crushing strength of over 35MPA, making them suitable for use in high-temperature environments.

Our Sic Stand is made in a brick shape, which is a popular design for kiln posts. These posts have an apparent porosity of 7-8%, which allows for good gas permeability during firing, ensuring that the heating process is even and consistent. The silicon carbide column design of our kiln posts ensures that they are highly durable and long-lasting, providing a reliable solution for your kiln firing needs.

Our Kiln Posts are ideal for use in pottery, ceramics, glass, and other high-temperature applications. They are perfect for supporting your workpieces during firing, providing a stable base that can withstand the high temperatures of a kiln. Our Sic Posts are easy to use and maintain, making them a popular choice among artists and craftsmen.

Our Kiln Posts are made from high-quality materials and are designed to provide a reliable and long-lasting solution for your kiln firing needs. They are durable, corrosion-resistant, and have a high temperature crushing strength of over 35MPA, making them ideal for use in high-temperature environments. So, if you're looking for a reliable solution for your kiln firing needs, look no further than our high-quality Kiln Posts. Order yours today!

Features:

• Product Name: Kiln Posts
• Material: SILICON CARBIDE
• Shape: Brick
• Color: Black
• Apparent porosity: 7-8%
• High temperature crushing strength: ＞35MPA
• Keywords: High temperature resistance silicon carbide column, Silicon carbide column, sic post

Technical Parameters:

Applications:

Whether you are in the ceramics industry and need a reliable post for your kiln, or you require a sturdy post for your metalworking needs, KAMTAI's sic stand is the perfect solution. Our sic post is unglazed, ensuring that it is able to withstand even the highest temperatures without cracking or breaking. With a loading softening temperature of over 1750 degrees, you can rest assured that these posts will stand up to even the most intense heat.

Our sic stand is proudly made in China and is certified to meet ISO 9001 standards for quality and reliability. With a minimum order quantity of 1000PCS, our competitive prices are negotiable and we offer packaging in sturdy wooden boxes for added protection during shipping. Our delivery time is 30 days after payment is received, and we accept payment via TT. With a supply ability of 500000PCS/month, we are able to meet even the highest demand for our sic post.

Product application occasions and scenarios for our sic stand include:

• Ceramics industry: Our sic post is perfect for use in kilns for firing ceramics. Its high temperature resistance and strength make it a reliable choice for supporting ceramic pieces during firing.
• Metalworking: Our sic stand can also be used for supporting metal pieces during heat treatments or soldering. Its high temperature resistance ensures that it will not warp or deform under intense heat.
• Glass industry: Our sic post can be used in glass kilns to support glass pieces during firing. Its unglazed surface treatment ensures that it will not contaminate the glass.
• Chemical industry: Our sic stand is highly resistant to corrosion, making it a great choice for use in chemical processing plants where harsh chemicals may be present.

Invest in the reliability and durability of KAMTAI's sic post for your product application needs. Contact us today to place your order!

Support and Services:

Kiln Posts Product Technical Support and Services:

- Assistance with installation and setup

- Troubleshooting and problem-solving

- Product maintenance and upkeep

- Repair and replacement of damaged or faulty parts

- Technical consultations and advice

- Training and education on product use and care