Washer

Silicone Gasket can be used for a long time in the temperature range of -65℃-200℃. Stanford Advanced Materials (SAM) has rich experience in manufacturing and supplying high-quality Silicone Gasket.

Related products: Thermal Conductive Silicone Sheet 1-12W, Silicon-Free Thermal Pad, Strong Adhesive Thermal Silicone Sheet

Stanford Advanced Materials (SAM) is a trusted supplier and manufacturer of high-quality sintered SiC, reaction-bonded SiC, and recrystallized SiC. We provide high-purity Silicon Carbide Trays at competitive prices. Customization is available upon request.

Related products: Silicon Carbide Plate, Silicon Carbide Tube, Silicon Carbide Seal Ring, visit more>>

PTFE gaskets or washers are ideal for chemical industries and applications that require excellent corrosion resistance. This material resists to almost all corrosive chemicals, including organic solvents, acid and base. PTFE is also one of the most thermally stable plastic materials and there is no appreciable decomposition at 260°C.

Related Products: PTFE-Coated Magnetic Stir Bar, PTFE Bottles, PTFE Stir bar retriever, PTFE Key Stopcocks

Alumina Ceramic Ring, Aluminum Oxide Ring, Al2O3 Ring is a high-purity ceramic component produced using controlled sintering and phase verification techniques. Stanford Advanced Materials (SAM) employs X-ray diffraction and SEM analysis to evaluate material uniformity and microstructure. These quality control measures ensure that the finished product meets precise industrial tolerances, offering consistency in applications requiring stable mechanical and insulating properties.

Alumina Ceramic Ring, Aluminum Oxide Ring, Al2O3 Ring 95%, Dia. 9 mm is a precisely fabricated ceramic component composed of high-purity aluminum oxide. Stanford Advanced Materials (SAM) utilizes controlled sintering and microscopic evaluation to maintain structural integrity and dimensional accuracy. These measures help ensure consistent performance, with the ring's defect-minimized microstructure supporting demanding mechanical and electrical applications.

Alumina Ceramic Ring, Aluminum Oxide Ring, Al2O3 Ring 95%, Dia. 10 mm is a precision-engineered ceramic component constructed from ≥95% alumina. Stanford Advanced Materials (SAM) employs controlled sintering and systematic surface inspection using scanning electron microscopy to monitor dimensional stability and microstructural integrity. This careful processing routine minimizes defects and ensures that the product meets stringent technical specifications for industrial and electronic applications.

Alumina Ceramic Ring, Aluminum Oxide Ring, Al2O3 Ring 95%, Dia. 18 mm is fabricated using controlled sintering processes to achieve precise mechanical properties and uniform microstructure. Stanford Advanced Materials (SAM) utilizes advanced characterization techniques, including electron microscopy, to monitor grain boundary development and defect minimization. This rigorous quality control process ensures dimensional accuracy and optimal performance in high-temperature and high-load environments.

Alumina Ceramic Ring, Aluminum Oxide Ring, Al2O3 Ring 95%, Dia. 20 mm is a high-purity ceramic component engineered for demanding structural and insulating applications. Stanford Advanced Materials (SAM) produces this part using controlled sintering processes and detailed microstructural analysis via scanning electron microscopy. This rigorous quality control minimizes defects while verifying dimensional accuracy to meet strict engineering tolerances.

Alumina Ceramic Ring, Aluminum Oxide Ring, Al2O3 Ring 95%, Dia. 24 mm is produced using controlled sintering processes to attain high-purity alumina. Stanford Advanced Materials (SAM) employs quantitative phase analysis and scanning electron microscopy (SEM) for quality control. This approach facilitates accurate microstructure evaluation and consistency across batches, ensuring that the mechanical and thermal properties meet specified technical requirements.

Alumina Ceramic Ring, Aluminum Oxide Ring, Al2O3 Ring 95%, Dia. 25 mm is a precisely engineered ceramic washer manufactured from high-purity aluminum oxide. Produced by Stanford Advanced Materials (SAM), the component undergoes controlled sintering and post-process scanning electron microscopy inspection to verify a uniform microstructure. This rigorous quality control process ensures the material meets the specific mechanical and thermal performance standards required for advanced industrial applications.