In the product design process, material selection is often the key factor influencing reliability and long-term stability.SIL-MORE Group offers Nylon 6 (PA6) materials, widely used in electronics, automotive components, and industrial equipment. Combined with SIL-MORE’s professional expertise in material selection, application experience, and supply support, we help customers quickly identify the most suitable solutions for their specific needs. In this […]
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Dongguan Sil-More Trade Ltd. cordially invites you to join us at CITE 2026 in Shenzhen. We will be showcasing our latest solutions for AI and high-speed communication: High-Speed Optical Modules: Thermal, EMI, and precision alignment materials. Liquid Cooling Solutions: Advanced cooling for GPU/CPU systems. 【Booth Information】 Date: April 9 – 11, 2026 Location: Shenzhen Convention […]
Sil-More Group cordially invites you to visit us at Autotronics Taipei 2026, where we will explore the next generation of automotive technologies together. At this year’s exhibition, we will showcase comprehensive material solutions for core automotive modules, featuring: Thermal Management for On-board Power Systems Potting Compounds for Electric Motors ADAS Applications and Wiring Harnesses Automotive […]
Mass production in the consumer electronics industry often faces multiple challenges, including efficiency, yield, and sustainability. The R&D team of SIL-MORE Group has developed the “UV-SIL BIOMASS UV-curable adhesive” series, featuring over 50% bio-based content and aligning with green chemistry principles. With rapid UV curing capability, the product helps shorten process waiting time, reduce energy consumption, and lower carbon emissions. It enables manufacturers to achieve […]
SIL-MORE Group recommends AOS non-silicone thermal interface solutions for automotive applications. These materials offer high thermal stability, low volatility, low oil bleed, and strong pump-out resistance, helping reduce interface displacement and contamination risks. Designed to withstand vibration, thermal cycling, and high-temperature environments, they enable automotive electronic components to achieve more stable heat dissipation and longer service life even under demanding operating […]
Silmore Group the official agent of the world-leading brand ARALDITE®, provides comprehensive bonding solutions ranging from frame assembly and carbon fiber bonding to precision component fixation. Whether it is the aerodynamic performance required for road bikes or the impact resistance needed for mountain bikes, ARALDITE® offers a wide range of viscosities and finishes to meet the diverse needs of modern bicycle manufacturing. […]
In the design of precision electronics and optical equipment, developers often face the challenge of maintaining smooth component operation in low-temperature environments while preventing grease contamination and meeting environmental regulations.The SIL-MORE technical team recommends MOLYKOTE® Low Torque / Low Oil Bleed / PFAS-Free Grease, which is suitable for both metal and plastic components. Key Technical Features Low Torque Low Oil Bleed PFAS-Free Compatible […]
As standards for smart wearables and automotive electronics continue to rise, customers often face challenges such as inconsistent appearance, unstable overmolding performance, batch-to-batch variation, and lead-time risks. The SIL-MORE team delivers thermoplastic elastomer (TPE) solutions tailored for the electronics industry—combining a diverse material portfolio with selection guidance, prototyping validation, and mass-production support. With a focus on consistent quality and […]
Mass production of humanoid robots is approaching. The real challenge is not only design, but also process reliability, yield stability, and serviceability. In high-volume manufacturing, two of the most common pain points are vibration and mechanical shock that can loosen chips/components, and the thermal stress caused by high-power operation—both of which can further impact performance […]
As AI performance targets accelerate—demanding higher speed and power density—thermal management materials have become a critical enabler. Leveraging years of market experience, SIL-MORE Group recommends high-efficiency thermal interface solutions built on silicone matrices with highly loaded thermally conductive fillers, delivering high thermal conductivity, ultra-low oil bleed, and long-term stability. These materials support a wide range of BLT (bond line thickness) to maintain strong interfacial […]