Key Features of Silicon Carbide Tile
- Exceptional hardness ensures outstanding resistance to abrasion and mechanical impact.
- Superior thermal stability maintains strength and shape under extremely high temperatures.
- Excellent corrosion resistance prolongs service life in chemically aggressive environments.
- Customizable shapes and sizes meet diverse industrial and ballistic protection needs.
Silicon Carbide Tiles for Mining, Armor, and Industrial Protection
Engineered from advanced Silicon Carbide materials, silicon carbide tiles deliver outstanding mechanical performance, lightweight protection, and durability in harsh environments. Applied in defense, mining, and energy sectors, they help customers achieve higher operational efficiency and reduced replacement costs.
High-Performance Silicon Carbide Tiles and Blocks for Wear and Impact Protection
Newthink range of silicon carbide tiles and SiC bricks, including reaction bonded, pressureless sintered, and hexagonal designs, offers outstanding wear resistance, impact strength, and corrosion protection for mining, ballistic, and industrial applications.
Excellent strength and corrosion resistance in harsh chemical and high-temp environments.
Enhances coverage efficiency and impact resistance in ballistic armor and wear lining.
Delivers extremely high density and toughness, ideal for critical wear-resistant components.
Lightweight and ultra-hard, designed to provide effective ballistic and blast protection.
Extends equipment service life by reducing abrasion and impact damage in mining and processing industries.
Specially engineered to resist high-velocity projectiles and ensure personal or vehicle protection.
Provides exceptional protection against abrasion and chemical attack in material handling and processing equipment.
Specialized for extreme abrasion resistance, silicon carbide blocks protect equipment from severe mechanical wear in harsh industrial environments.
Main Applications of Silicon Carbide Tiles and Blocks
Silicon carbide tiles and blocks are widely used across industries for their outstanding wear resistance, thermal stability, and corrosion protection.
Mining and Ore ProcessingSilicon carbide tiles protect chutes and hoppers from severe abrasion and impact.
Ballistic Armor ProtectionSilicon carbide armor tiles provide lightweight, high-hardness defense for vehicles and personnel.
المعالجة الكيميائيةReaction-bonded silicon carbide tiles resist corrosion in reactors and chemical pipelines.
High-Temp Kiln LiningSintered silicon carbide tiles maintain strength and resist thermal shock in high-temperature kilns.
Why Choose Newthink Silicon Carbide Tiles?
اختيار نيوثينك يعني ذلك اختيار جودة ثابتة، لأننا نقدم بالضبط ما تحتاجه.
Newthink support large-volume orders with steady and reliable delivery schedules for silicon carbide components.
Our collaboration with authoritative institutes ensures expert material selection, design optimization, and performance enhancement.
From design to delivery, Newthink specialize in producing customized SiC components for unique R&D and industrial applications.
ISO9001-certified processes and exports to over 40 countries ensure consistent quality and trusted performance.
Our lean production system enables competitive pricing even for high-specification SiC products.
Newthink provide customized anti-shock packaging solutions to minimize damage during international transportation.
Silicon Carbide Tiles Workshop
Newthink has 14 years of experience in advanced ceramic production. Our facility is dedicated to producing high-density silicon carbide tiles through isostatic pressing, reaction bonding, and high-temperature sintering. Using CNC machining with rigorous dimensional tolerance control, we deliver batch-to-batch repeatable quality. Safe transportation to global markets is ensured by wooden crates, foam padding, and custom-made packaging.
Customized Shapes & Sizes of SiC Tile
Shapes：
- Hexagonal Tiles (used for armor & wear linings)
- Square Tiles (common for industrial linings and flooring)
- Rectangle Plates (used in kiln shelves, armor panels, and industrial linings)
- Curved Tiles (for pipe linings and cylindrical equipment)
- Trapezoidal or Irregular Tiles (for fitting complex equipment surfaces)
Typical Size:
- Length/Width: from 50 mm to 500 mm (some plates even larger)
- Thickness: commonly between 4 mm and 30 mm
- Armor Tiles: 4 mm to 10 mm
- Industrial Wear Tiles: 10 mm to 30 mm or more
- Special thicknesses (up to 50 mm) available upon request for heavy-duty applications
مورد
حمّل مواصفات المنتج التفصيلية والبيانات الفنية والمزيد. احصل على جميع المعلومات التي تحتاجها.
قابلونا في المعارض وزيارات المصانع
تشارك شركة نيو ثينك بنشاط في المعارض الصناعية والسيراميكية المتقدمة الكبرى في جميع أنحاء العالم على مدار العام، مثل معرض تيكنا في إيطاليا، ومعرض سيراميتك في ألمانيا وفيتنام، ومعرض السيراميك عالي الوظائف في اليابان، حيث تلتقي مباشرة بعملائها.
أبوابنا مفتوحة دائمًا، وندعوكم بحرارة لزيارة مصنعنا والاطلاع بأنفسكم على التزامنا بالجودة. من خلال التفاعلات المتكررة والعلاقات المتينة التي بنيناها في هذه الفعاليات والزيارات العالمية، اكتسبنا ثقة عميقة من عملائنا في أكثر من 40 دولة ومنطقة.
Silicon Carbide Tile Properties
- Parameter Table
| فئة | غرض | Typical Value / Description |
| Physical Parameters | كثافة | 3.02–3.10 g/cm³ |
| قوة الانحناء | 250–400 MPa | |
| صلابة | Mohs 9–9.5 | |
| الموصلية الحرارية | 90–130 W/m·K | |
| Max Operating Temperature | Up to 1600–1700°C in air | |
| Chemical Parameters | SiC Purity | >98% |
| مقاومة الأكسدة | Excellent below 1400°C | |
| Acid and Alkali Resistance | High chemical inertness against acids and alkalis | |
| Application Scenarios | Mining and Ore Processing | Wear lining for chutes, hoppers, and pipelines |
| Ballistic Armor Protection | Lightweight and impact-resistant armor panels | |
| High-Temperature Kiln Linings | Structural material for kilns and high-temperature furnaces | |
| معدات معالجة المواد الكيميائية | Corrosion-resistant lining for reactors and chemical tanks |
المنتجات ذات الصلة
Silicon carbide tiles are fabricated by sintering (high cost and high performance), reaction bonding (low performance and lower cost), or hot pressing (balanced cost and performance). Process selection is a function of cost and application requirement, with sintering suited for high-performance applications and reaction bonding being less expensive.
Installation is typically performed using high-temperature adhesives or mechanical fasteners to fix the tiles in high-wear or high-temperature zones. Low maintenance is provided through routine inspection for cracking or wear to guarantee long-term performance and savings.
While silicon carbide has greater hardness, thermal stability, and chemical resistance, it also has some disadvantages. These include the increased raw materials and processing costs compared to conventional ceramics, inherent brittleness under extreme mechanical loads, and the need for sophisticated machining techniques when working with complex geometries. However, with the assistance of experienced producers like Newthink, customers can be given expert guidance concerning material selection, product design, and application optimization to fully utilize the benefits of silicon carbide while minimizing possible drawbacks.
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