Technical Ceramic Parts

Insulated High Temperature And High Voltage Wire 200°C Teflon Insulated Wire UL1330/1332/1333 1. Rated: 200°C 300V/600V; 2. Conductor uses single or multiple stranded wires of tin-plated copper or bare copper; 3. Insulation uses FEP or ETFE Teflon plastic, available in red, blue, yellow, green, black, orange, and transparent; 4. Excellent electrical performance, high voltage resistance, low high-frequency loss, non-hygroscopic, and high insulation resistance; 5. Excellent

Ceramic parts in Piezo igniter Basic Types and Parameters Power Type: AC, DC Voltage: 6V, 12V, 24V, 80V, 98V, 120V, 220V (can also be customized according to user requirements) Rated Power: 10W, 20W, 50W, 65W, 160W, 280W, 400W, etc. (customizable according to user requirements) Stable Operating Temperature: Greater than 1100°C Main Igniter Types: NTP-12 Series, NTP-24 Series, NTP-120 Series, NTP-220 Series Application Range Suitable for various equipment that requires

Ceramic parts in Piezo igniter Basic Types and Parameters Power Type: AC, DC Voltage: 6V, 12V, 24V, 80V, 98V, 120V, 220V (can also be customized according to user requirements) Rated Power: 10W, 20W, 50W, 65W, 160W, 280W, 400W, etc. (customizable according to user requirements) Stable Operating Temperature: Greater than 1100°C Main Igniter Types: NTP-12 Series, NTP-24 Series, NTP-120 Series, NTP-220 Series Application Range Suitable for various equipment that requires

Gas Ignition And Safety Protection System Basic Types and Parameters Power Type: AC, DCVoltage: 6V, 12V, 24V, 80V, 98V, 120V, 220V (customizable based on user requirements)Rated Power: 10W, 20W, 50W, 65W, 160W, 280W, 400W, etc. (customizable based on user requirements)Stable Operating Temperature: above 1100°CMain Types of Igniters: NTP-12 series, NTP-24 series, NTP-120 series, NTP-220 series Scope of Application Suitable for various equipment requiring automatic ignition,

Silicon Nitride High-Temperature Hot Surface Igniter Series Product Introduction The silicon nitride high-temperature thermal surface igniter is an advanced new type of igniter that utilizes the heat conduction of the heating element for ignition. The heating element of the product is made of a silicon nitride-molybdenum disilicide composite material or silicon nitride with embedded heating wire (or printed circuit) sintered. The ceramic mounting base of low-power igniters

Oxygen Deficiency Protection Device Ceramic Parts ODS Introduction 1. Working Principle: Utilizing the thermocouple component's sensing of the pilot flame to generate a thermoelectric potential, which drives the gas valve (solenoid valve). When the space around the appliance is oxygen-deficient (oxygen content 12MV. 5. Nozzles: Stainless steel, jeweled, copper. 6. The company has multiple imported fully automatic nozzle processing machines, achieving a minimum orifice

Oxygen Deficiency Protection Device and Pilot Flame Component Series ODS Introduction 1. Working Principle: Utilizing the thermocouple component's sensing of the pilot flame to generate a thermoelectric potential, which drives the gas valve (solenoid valve). When the space around the appliance is oxygen-deficient (oxygen content 12MV. 5. Nozzles: Stainless steel, jeweled, copper. 6. The company has multiple imported fully automatic nozzle processing machines, achieving a

Ceramic Ring, Collar Edge Ring , Focus Ring, Chamber Insert Moer Ring,liner,Dep Ring Descrpition:Ring series Material:High purity alumina(A998) Features: High plasma resistance High dielectric strength High corrosion resistance Applications:200mm, 300mm semi equipment Materials:

Resistance High Temperture Industrial Ceramic Window or LID Description:Ceramic window or lid Substracte Materials:Al2O3, Y2O3AlN, HPM coating Materials:Y2O3,YF3, YAG, YOF, HPM Coating Methode:APS, PVD, AD Main features: Low loss tangent High PF transmittance Ultra plasma durability 600mm up to O.D.of 600mm Materials: Maunfacturing processes: Quality Control:

High Corrosion Resistance Industrial Ceramic Parts Hdpcvd Domes Materials:Al2O3, AlN Types:HDP dome(200/300mm,speedDome, DPS Dome) Roghness on inner contour coulde be customized:Ra 0.5 to Ra 5.3 Avoid film shedding and meet various processes Low particle contamination Materials peoperties: Manufacturing processes: Quality control:

High Purity Conductive Ceramics parts Conductive ceramic is a combination of structural characteristics of ceramics and electrical properties of metals, while having high mechanical strength, better hest resistance corrosion resistance, oxidation resistance, oxdidatin resistance, radiation resistance, long lifetime and other advantages. Materials properties: Manufaturing processes: Main applications: End effector foe semiconductor manufacturing equipment Vacuum chuck foe

High Flexibility Yttrium Oxide Thermal Shock Resistance Unlike traditional ceramics that tend to be hard and brittle, Zirconia offers high strength, wear resistance, and flexibility far beyond those of most other technical ceramics. Zirconia is a very strong technical ceramic with excellent properties in hardness, fracture toughness, and corrosion resistance; all without the most common property of ceramics – high brittleness. Materials Properties: Manufacturing Processes:

High Corrosion Resistance SIC Finger SiC finger (fork) Application: SiC fingers are used in automation wafer transfer equipment which has been widely appliedin semiconductor, optoelectronic, solar energy industries. SiC finger (fork) Feature requirements: 1. The surface impedance can be controlled between 106~ 1082, which meets anti-ESD specifications 2. The surface is easy to clean without the problems caused by particle 3. High hardness, abrasion resistance 4. High rigidity

Resistance High Temperature SIC Fork Resistance High Temperature SIC Forks Core boost for semiconductor precision manufacturing. Materials: SiC finger (fork) Application SiC fingers are used in automation wafer transfer equipment which has been widely applied in semiconductor, optoelectronic, solar energy industries. SiC finger (fork) Feature requirements 1. The surface impedance can be controlled between 106~ 1082, which meet santi-ESD specifications 2. The surface is easy

High Quality Industrial Ceramic Tube Product Description: Our various ceramic targets, produced using vacuum hot-pressing sintering, feature leading technology and mature production processes. These products are primarily used in thin-film solar energy, flat-panel displays, optical coatings, semiconductors, and military applications. Our company collaborates with numerous renowned universities and colleges, dedicated to the research and development of new materials and

Ceramic Sputtering Target Cadmium Sulfide Target Material Product Introduction Various ceramic target materials produced by vacuum hot pressing sintering method feature advanced technology and mature production processes. These products are primarily used in: Thin film solar cells Energy applications Flat panel displays Optical coatings Semiconductors Military applications Our company collaborates with renowned domestic and international universities, committed to research

Ceramic Structural Parts Series Advanced ceramic materials are made from new inorganic non-metallic raw materials and processed through advanced technology. It has excellent characteristics such as high temperature resistance and corrosion resistance. Advanced ceramic materials refer to those with high strength and hardness, wear resistance, and corrosion resistance. The application fields of advanced ceramics are very extensive, covering more than ten industries such as

Ceramic Grinding Media Series Zirconia beads are stabilized with yttrium oxide and formed through a special molding process and high-temperature calcination phase determination. They have many unparalleled characteristics compared to metal materials. Key Characteristics High toughness and density Excellent wear resistance High temperature and corrosion resistance Superior hardness Electrical insulation properties Impact resistance Applications Ideal for use in: Non-metallic

Zircon Silicate Products Zirconia bricks are primarily used in high thermal shock zones of flame upper structures for various glass melting furnaces including: Alkali free or low alkali glass Soda lime glass Silicon boron glass Lead glass Other technical glass applications Quality Control

Fused Silica Products Fused silica ceramic products offer exceptional performance characteristics for industrial applications: Excellent thermal stability Low thermal conductivity Small expansion coefficient Non-contaminating to glass products Quality Control