Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom Plate

China Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom Plate, Find details about China Loading Brick, Refractory Board from Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom Plate

Model NO.
customized
Open Porosity
Less Than 0.1
Bending Strength
280(1200 C)
Color
Black / Grey
Max Temperature of Application
1380
Modulus of Elasticity
300(1200 C)
Thickness
5-20 mm Available
Acid Alkaline-Proof
Excellent
Applicable Kilns
All Kinds of Kilns
Recommend Max Temperature
1350c
Straightness
2mm
Sic Content
83.66%
Coefficient of Thermal Expansion
4.5K-1*10-6
Width
50-600 mm Available
Product Name
Silicon Carbide Sic Board for Kiln Bottom Plate
Trademark
Newthink
Transport Package
Plywood Box with Foam Inside
Specification
500*400mm
Origin
China
HS Code
6903900000
Model NO.
customized
Open Porosity
Less Than 0.1
Bending Strength
280(1200 C)
Color
Black / Grey
Max Temperature of Application
1380
Modulus of Elasticity
300(1200 C)
Thickness
5-20 mm Available
Acid Alkaline-Proof
Excellent
Applicable Kilns
All Kinds of Kilns
Recommend Max Temperature
1350c
Straightness
2mm
Sic Content
83.66%
Coefficient of Thermal Expansion
4.5K-1*10-6
Width
50-600 mm Available
Product Name
Silicon Carbide Sic Board for Kiln Bottom Plate
Trademark
Newthink
Transport Package
Plywood Box with Foam Inside
Specification
500*400mm
Origin
China
HS Code
6903900000
Product Description:

silicon carbide plate is a load-bearing structural plate and one of the most cost-effective kiln furniture. Suitable for all kinds of building ceramics, sanitary ceramics, daily-use ceramics, electric porcelain refractories, powder metallurgy sintering furnaces and fine ceramic kiln furniture. Silicon carbide board is a reliable high-tech product.

Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom Plate
Hot Sale Sizes:

Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom Plate

Technical Parameters:
Test Data
ItemUnitData
Max temperature of applicationºC1380
Densityg/cm³≥3.02
Open porosity%<0.1
Bending strengthMpa250(20ºC)
Mpa250(20ºC)
Modulus of elasticityGpa330(20ºC)
Gpa300(1200ºC)
Thermal conductivityW/m.k45(1200ºC)
Coefficient of thermal expansionK¯1×10¯64.5
Rigidity 13
Acid alkaline-proof Excellent

Semi-finished Plate Pressed:
Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom PlateIndustry Application:
Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom Plate
Customer Feedback:
Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom Plate
Kiln Furniture Product Recommendation:


Industrial kilns are critical thermal equipment in ceramics, metallurgy, building materials, petrochemicals and other process industries. Refractory materials can resist the high temperature in industrial kilns and achieve stable operation. Therefore, choosing suitable materials for kiln furniture is a crucial step in the ceramic industry.

Kiln furniture generally includes beam, roller, square beam, round beam, pillar, slab, etc. The quality and performance of kiln furniture play a decisive role in the quality, output, energy consumption, qualification rate, grade rate, production cost, and economic benefits of the entire enterprise. The key to the quality of kiln furniture is the material, so which material to choose for kiln furniture is an issue that cannot be ignored.

Silicon carbide ceramics have excellent characteristics such as high mechanical strength, high-temperature resistance, strong oxidation resistance, good thermal stability, large thermal conductivity and other excellent features. When a combination of silicon carbide kiln furniture of different materials are used, the weight of the kiln furniture and the space occupied can be greatly reduced, and the energy utilization rate can be improved. At the same time, due to the excellent thermal shock resistance of the silicon carbide parts, the firing temperature can be accelerated. So silicon carbide kiln furniture is currently the most cost-effective kiln furniture.


Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom PlateOther Products:
Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom Plate
Product Packaging:

We have two packaging methods, one is plywood box packaging, and the other is pure solid wood packaging. The pure solid wood packaging box will be certified for fumigation. We will choose the right packaging box according to the product.

The inside of the packing box is filled with foam. Generally, other companies use 2cm foam, but we choose 3cm foam and fix it with chain riveting. The outside is usually wrapped with packing tape to ensure the safety of product transportation.


Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom Plate
Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom PlateExhibition:

Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom Plate

Certificate:
Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom Plate

Customer Visit:
Ceramic Reaction Bonded Silicon Carbide Sic Board for Kiln Bottom Plate
FAQ:

Q: Are you a trading company or a manufacturer?
A: We are a manufacturer.

Q: Can you provide technical support?
A: Yes, we can provide technical support, and we can also provide door-to-door service for orders with a value of more than 1 million US dollars.

Q: Do you provide samples? Is it free?
A: We can provide samples. For conventional products, samples are free. Customized samples need to be paid. Buyers need to bear the international express fee.

Q: How long is the delivery time?
A: The stocked products are generally 3-7 days, or the production time is 25-50 days, however, the specific time needs to be based on the order quantity and production scheduling situation.

Q: What's the MOQ?
A: Determined according to the specific situation, if there is inventory, there is no limit.

Q: How to solve the quality problems?
A: If the product is inconsistent with the provided samples or quality problems occur, our company will be responsible for compensation based on sufficient evidence.