Silicon Carbide Graphite Crucible for High-Temperature 1600℃ Processes

Thông tin chi tiết sản phẩm:

Nguồn gốc: Trung Quốc
Hàng hiệu: Baidun/J&J

Thanh toán:

Số lượng đặt hàng tối thiểu: 1pc
Giá bán: negotiate
chi tiết đóng gói: Bao bì gỗ xuất khẩu
Điều khoản thanh toán: L/C, D/A, D/P, T/T.
Khả năng cung cấp: 100pcs+
Giá tốt nhất nói chuyện ngay.

Thông tin chi tiết

Phong cách: Thông thường với vòi rót Ứng dụng: Nấu chảy và đúc kim loại màu
Bề mặt hoàn thiện: Trơn tru Đất nước xuất xứ: Trung Quốc
Vật liệu: Silic Cacbua và Than Chì Hình dạng: Hình hình trụ
Kháng ăn mòn: Tốt Độ dẫn nhiệt: Cao
Tỉ trọng: 2,21-2,25g/cm3
Làm nổi bật:

silicon carbide graphite crucible

,

high-temperature crucible 1600℃

,

graphite crucible with pouring nozzle

Mô tả sản phẩm

Silicon Carbide Graphite Crucible for High-Temperature 1600℃ Processes
Style
Conventional with Pouring Nozzle
Application
Melting and casting of non-ferrous metals
Surface Finish
Smooth
Country Of Origin
China
Material
Silicon Carbide and Graphite
Shape
Cylindrical
Corrosion Resistance
Good
Thermal Conductivity
High
Density
2.21-2.25 g/cm3
Premium Refractory Vessel for Demanding Industrial Processes
The Silicon Carbide Graphite Crucible (SiC Graphite Crucible) is a premium-grade refractory vessel engineered for high-temperature industrial processes. Its composite structure of silicon carbide (SiC) and graphite delivers exceptional thermal resilience, rapid heat transfer, and extended operational lifespan under intense conditions.
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Key Features
  • Extended Service Life: Outperforms traditional clay-graphite crucibles, reducing replacement frequency
  • Increased Productivity: Faster melting rates due to superior thermal conductivity
  • Enhanced Metal Purity: Low reactivity minimizes contamination of molten metals
  • Improved Safety: Precision pouring nozzle reduces spillage and splashing
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Technical Specifications
Name SiC Graphite Crucible with Pouring Nozzle Category Isostatic Graphite Crucible
Material Silicon Carbide And Graphite Brand Baidun/J&J
Place of Origin ShanDong, China Application Melting And Holding Of Non-ferrous Metals
Applicable Furnace Types Oil, Gas, Coal, Flame, Electric Style Conventional Type Crucible
Maximum Working Temperature 1600℃ Melting Metal Non-ferrous metals
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Chemical Composition
Items Unit Value
Carbon % 36~40
SiC % 26~30
SiO2 % 14~18
Si % 2~5
Al2O3 % 8~10
Na2O, K2O, Fe2O3, B2O3 & others % 2~4
The J&J SiC Graphite Crucible with integrated pouring nozzle is engineered for non-ferrous metal melting. Its robust composite construction combines exceptional thermal properties with mechanical strength, while the precision pouring spout ensures clean, controlled metal transfer.
Ideal Applications
Foundries (Investment, Sand, Die Casting)
Metal Recycling Plants
Jewelry Manufacturers
Rod & Ingot Producers
Research & Development Laboratories
Universities & Technical Schools
Choose the J&J SiC Graphite Crucible with Pouring Nozzle for unmatched performance, durability, and efficiency in your non-ferrous metal melting operations.
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Manufacturer Information
Qingdao Baidun Special Ceramics Technology Co., LTD. is located in the SCO Demonstration Area, Qingdao, China. Specializing in crucibles for non-ferrous metal smelting, the company operates with a registered capital of 100 million RMB across 100,000㎡ of facilities. Baidun's "J&J" brand is recognized for high oxidation resistance, thermal conductivity, and long service life in crucible technology.
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Packaging & Shipping
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Packing: Professional export packaging including wooden box, cardboard, carton, or ton bag options based on customer requirements.
Delivery time: 10-45 days after order confirmation, depending on quantity.
Frequently Asked Questions
What is the brand name of the Conventional Type Crucible?
The brand name is J&J/Baidun.
Where is the Conventional Type Crucible manufactured?
Manufactured in Qingdao, China.
What is the minimum order quantity?
Minimum order quantity is 1 piece.
What are the packaging details?
Packaging includes wooden cases.
What payment terms are accepted?
Accepted payment terms: TT/DP/LC.
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