In PERC/TOPCon solar cell sintering lines and 12-inch semiconductor diffusion furnaces, the furnace tube may look like just a chamber component, but it directly governs doping uniformity, wafer breakage rate, and how often you stop the line to swap tubes. As downstream capacity expanded rapidly over the past two years, quartz’s old problems—softening and sagging […]
What Are Ceramic Bearings? Ceramic bearings are high-performance components made from advanced ceramics such as silicon nitride (Si₃N₄) and zirconia (ZrO₂). Compared to traditional steel bearings, they offer superior strength, reduced friction, and exceptional resistance to heat, wear, and corrosion. These properties make ceramic ball bearings a preferred choice in industries that demand precision, durability,
Ceramic Bearings: The Complete Guide to High-Performance Advanced Ceramics Read More »
A ceramic package shell, also known as a ceramic encapsulation housing, is a type of packaging enclosure fabricated from ceramic raw materials. The ceramic shell provides hermetic sealing protection for the chip, endowing it with excellent reliability, high wiring density, and extreme stability in terms of electrical, thermal, and mechanical properties. In optical modules, the
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Maintenance engineers on production lines have likely felt it in recent years: metal rollers are increasingly “struggling” in solar cell sintering, battery coating, and high-speed wire rod finishing positions. Once temperatures exceed 600°C, the material begins to soften and deform, and metal ions leach into the product. As the frequency of roller changes rises, the
Alumina Ceramic Bushings: The efficient insulation guardian for motors. Withstands 10 kV, offers excellent insulation, and features a low friction coefficient of 0.01, preventing motor overheating during operation. Send us your drawing for a quick quote.👉WhatsApp / Tel: +86-158 6906 9683 #xinluo #xinluoceramic #xinluotechnology#advancedceramic #zirconia #ZrO2 #Aluminaceramic #Al2O3 #Silicon #SiC #AluminumNitride #AlN #SiliconNitride
Xinluo Technology specializes in R&D and manufacturing of advanced ceramic components including Zirconia, Alumina, AlN, SiC and composite ceramics.With precision machining and customized solutions, we provide high-performance ceramic parts with excellent strength, hardness, corrosion resistance and insulation for semiconductor, photovoltaic, electronics, medical, aerospace and other industries. Looking for reliable ceramic components partners? Welcome to contact
Why are the world’s top pharmaceutical companies all switching to ceramic pumps? The answer lies in the material: nearly diamond-hard (HRC 90), corrosion-resistant, withstands temperatures up to 2000℃, zero thermal deformation in size—using extremely stable ceramic plungers to provide a ‘lifetime anti-corrosion armor’ for every drop of medicine! Send us your drawing for a quick
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Engineers designing thermal management for power modules have likely noticed recently that as SiC and IGBT devices push higher voltages and currents, the substrate’s heat dissipation becomes the bottleneck. Aluminum nitride (AlN) ceramics—with a thermal conductivity of 170–230 W/(m·K), a CTE of 4.5×10⁻⁶/K matching silicon, and electrical insulation—should be the star student on paper. But
Most engineers who do production line maintenance share a common experience: those seal rings, rollers, and wear liners stamped “tungsten carbide/cemented carbide” hold up reasonably well under pure abrasive wear. But once the operating conditions escalate into that triple threat of high temperature, corrosion, and particle-laden erosion, the service life becomes unpredictable. The cobalt binder
If you work in power grounding components, you’ve probably been asked this a lot lately: traditional galvanized steel clamps work just fine—why switch to silicon carbide ceramic ones? Honestly, not every scenario calls for a change. But there are a few operating conditions—coastal wind farm tower foundations, substations in chemical industrial zones, and high-speed rail
