With the rise of AI data centers, the demand for high-power optical module cooling solutions has significantly increased. The professional team at Sil-More recommends the Dow Chemical Ultra-High-Power Optical Module Cooling Solution. This product features a high thermal conductivity of 12 W/m·K, is oil-free, and has ultra-low molecular volatility, ensuring long-term stable operation of optical […]
Category Archives: PRODUCT NEWS
SIL-MORE’s professional thermal management solutions utilize DOWSIL™ TC-7006 Thermal Gel from Dow Chemical, which has passed dual 85 testing (85°C and 85% humidity) and thermal cycling validation (-40°C to 125°C). This single-component, non-curing thermal material is specifically designed for use in consumer electronics and telecom/data communication devices, making it ideal for applications such as notebook […]
As global environmental awareness continues to grow, the selection of sustainable materials has become a key direction for many companies’ future development. SIL-MORE Group recommends “High-Performance Flame-Retardant Recycled Plastics,” which not only contain up to 75% recycled content but also meet the demands for high safety and flame-retardant properties. Product Features Product Name ：High-Performance Flame […]
Facing high-power server cooling demands, SIL-MORE Group recommends the Dow Chemical liquid cooling solution for servers. This product series offers exceptional thermal conductivity, effectively lowering operating temperatures to prevent overheating shutdowns and hardware damage. Designed for data center liquid-cooled server equipment, it provides enduring and stable cooling performance, ensuring servers maintain reliable operation under heavy […]
Solve the challenges of EV charging station plastics with SIL-MORE’s “EV Charging Station Thermoplastic Composite Solutions.” We offer a one-stop plastic solution covering plugs, cables, charging guns, and housings to meet various thermoplastic composite needs. This accelerates product design and development, ensuring excellent performance and reliability. [Plastic Applications] Wall-mounted charging station housings Material: PC Weather […]
Looking for electronic-grade UV-curing adhesive? We recommend the “UV-SIL UV-Curing Electronic Adhesive Solution,” developed by SIL-MORE’s R&D center. Choose the most suitable product based on your application scenario to address various challenges in electronic product manufacturing. 【Product Features】 UV-SIL 8039 Single component Material: Acrylic Viscosity: 75,000 (TI=5.6) mPa.s Hardness: Shore D78 Can adhere to common […]
Sil-More Group recommends Dow Chemical’s Optical-Grade Liquid Silicone Rubber for the ‘Dow Chemical – Optical Panel Bonding OCR Solution,’ suitable for bonding outdoor and automotive display panels. Compared to OCA, OCR requires no cutting and is easy to degas, accommodating various panel sizes. After prolonged exposure to thermal changes and sunlight, it maintains excellent optical […]
Sil-More Group recommends Everwide 7391 epoxy adhesive, a fast-curing two-component epoxy adhesive. It can quickly cure at room temperature, making it convenient to use and reducing processing time. The adhesive exhibits excellent adhesion after curing and provides resistance to grease, chemicals, and solvents. 【Product Features】 Provides excellent adhesion on plastic, ceramic, glass, and metal materials. […]
Fiber Reinforced Thermoplastics (FRTP) feature high toughness, excellent impact resistance, short manufacturing cycles, and outstanding chemical resistance. Additionally, they can be processed repeatedly, making them an essential material for the development of innovative and unique products in various industries. The Sil-More Group collaborates with partners in the electric vehicle supply chain to jointly develop numerous […]
Advanced technology equipment demands enhanced EMI shielding and environmental adaptability. Sil-More recommends the “NANO TOP EMI Shielding Sealant Strip Solution.” This series of materials, produced through a special composite process, effectively prevent interference from electromagnetic waves and the environment on the equipment, significantly improving product reliability and stabilit 【Feature】 Special composite process: Simultaneously possesses a […]
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