Key Features of Silicon Carbide Bars
- Longevity in high-temperature kiln environments
- Maintain structure even under heavy loads at high temperatures
- Withstand rapid temperature changes without cracking or degrading
- Minimal expansion, reducing the risk of structural deformation
- Resist chemical corrosion, maintaining integrity in aggressive kiln environment
Silicon Carbide Bar for Industrial Kilns
Silicon carbide bars are of lightweight, durable construction with superb wear resistance. Its application in kiln delivers improved efficiency and longevity, eliminating the common issues of wear and thermal degradation.
High-Performance Silicon Carbide Bar for Thermal Processing Industry
Silicon carbide ceramic bars are essential components in high-temperature kiln operations. They offer exceptional performance because of their unique properties.
Durable structural component in kilns. Possessing high strength and reliable thermal stability for high-temperature use.
Offers superior thermal shock resistance. Ideal for high-temperature applications.
High-temperature heating component in furnaces and kilns.
Provides structural support in kiln setups, maintaining integrity under load.
Application of Silicon Carbide Bar
High-purity SiC bars and rods provide reliable structural support. With excellent thermal shock and corrosion resistance, SiC bar provide long service life and stable performance under extreme conditions in industrial furnaces.
Serve as beams and supports in kilns, offering high thermal conductivity and strength. Withstand extreme firing temperatures.
Silicon carbide heater bar is utilized in furnaces for metal processing. It provides excellent and uniform heating effectively.
Structural Supports in Chemical Processing EquipmentChemical inertness and mechanical strength. Stable in aggressive environments for chemical industries.
Heat Exchangers in Energy ProductionUsed in Wärmetauscher within power plants. Providing efficient heat transfer because of their high thermal conductivity.
Why Choose Newthink Silicon Carbide Bars?
Auswahl Newthink Das bedeutet, sich für gleichbleibende Qualität zu entscheiden, denn wir liefern genau das, was Sie brauchen.
NKM satisfies your small or large order demands. We also ensure quickly and steady delivery times.
NKM collaborate with authoritative research institutes, providing expert guidance in material selection, product design, and process optimization.
NKM provide design-to-delivery support for intricate shapes, helping R&D and engineering teams meet unique equipment specifications.
ISO9001-zertifiziert production and shipments to 40+ countries ensure trusted performance and batch consistency for high-end industries.
Silicon Carbide Bar Production Workshop
Newthink has 14 years of experience in advanced ceramic production. At NKM’s workshop, you’ll find industry-leading equipment for cutting, making, and surface finishing designed specifically for the precision machining of silicon carbide components. Every stage, from raw material analysis to performance testing of the finished product, we strictly observe the quality control procedures, ensuring that we consistently produce good and reliable outcomes for our customers.
SiC Bar Manufacturing Methods and Common Shapes
Our factory is providing a broad variety of Silicon Carbide Bars manufactured through various processes, i.e., Sintered SiC (SSiC), Recrystallized SiC (RSiC), Reaction-Bonded SiC (RBSC), and Nitride-Bonded SiC (NBSC).
The bars are used in wide applications in kiln furniture, furnace heating elements, sintering support, and structural components in high-temperature or chemical-resistant environments.
Product forms are SiC kiln beams, SiC furnace rods, electric heating SiC element bars, and custom bar shapes like U-type, W-type, dumbbell, and square-section bar, made specifically to meet individual needs.
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Parameters for Different Types of Silicon Carbide Bar
Here is the key parameters of silicon carbide ceramic bars across different manufacturing methods.
- Datenblatt
| Artikel | Einheit | Daten | ||||
| RBSiC(SiSiC) | NBSiC | SSiC | RSiC | OSiC | ||
| Maximale Betriebstemperatur | ℃ | 1380 | 1450 | 1650 | 1620 | 1400 |
| Dichte | g/cm3 | 3.02 | 2.75-2.85 | 3.08-3.16 | 2.65-2.75 | 2.75-2.85 |
| Offene Porosität | % | 0 | 13-15 | 0 | 15-18 | 7-8 |
| Biegefestigkeit 20℃ | MPa | 250 | 160 | 380 | 100 | / |
| Biegefestigkeit 1200℃ | MPa | 280 | 180 | 400 | 120 | / |
| Elastizitätsmodul 20℃ | Notendurchschnitt | 330 | 580 | 420 | 240 | / |
| Elastizitätsmodul 1200℃ | Notendurchschnitt | 300 | / | / | 200 | / |
| Wärmeleitfähigkeit 1200℃ | W/mk | 45 | 19.6 | 100-120 | 36.6 | / |
| Wärmeleitfähigkeitskoeffizient Erweiterung | K-lx10-6 | 4.5 | 4.7 | 4.1 | 4.69 | / |
| Hochspannung | kg/mm2 | 2115 | / | 2800 | / | / |
Verwandte Produkte
Equal-diameter structure. Uniform temperature distribution across the heating zone.
High thermal conductivity and corrosion resistance. Suitable for high temperature and strong corrosion.
Made by chemical vapor deposition. Deliver ultra-clean surfaces for semiconductor heating systems.
Three-phase power design. Allowing for efficient energy us, providing higher heating performance.
Silicon Carbide bars are extensively used in high-temperature industrial applications such as kiln furniture, furnace components, and chemical processing equipment due to their exceptional thermal stability and corrosion resistance.
Compared to alumina or steel, Silicon Carbide Bars offer superior thermal conductivity, higher strength, and better resistance to thermal shock and chemical corrosion, making them more durable in harsh environments.
The lifespan of silicon carbide bars in kiln environments varies based on operating conditions but generally exceeds that of traditional materials due to their high thermal and chemical stability.
Absolutely. Silicon carbide bars exhibit excellent chemical inertness and corrosion resistance, making them ideal for use in aggressive chemical processing applications.
Proper installation includes ensuring correct alignment, using appropriate insulating sleeves, and maintaining safe distances from other components to prevent thermal stress and mechanical damage. Regular inspection for signs of wear or damage, maintaining clean operating conditions, and replacing bars as needed will help ensure the longevity and performance of silicon carbide bars in your applications.
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