PU-30 Low Modulus High Performance Construction Polyurethane Sealant It is polyurethane based, single part, UV and weathering resistant elastomeric joint sealant. Polyurethane sealants are used to seal joints in a wide variety of construction applications. Recommended Uses Indoor and outdoor areas for vertical and horizontal applications Interior and exterior areas for vertical and horizontal applications Above grade joints of structures Restoration of joints in old and new b

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Max Tech High-Modulus Polyurethane Construction Adhesive PU 40 sealant The Ultimate Bonding Solution for Unshakable Structures High modulus pu construction sealant white/gray/black Why Choose PU40 Sealant? Unmatched Bonding Power PU40 sealant High-modulus polyurethane formula delivers superior adhesion for concrete, metal, wood, stone, and more. Ideal for critical load-bearing applications where failure is not an option. Extreme Weather Resistance Stable performance from -40

A 2.0 W/m·K silicone potting sealant is a high-performance thermal interface material (TIM) that efficiently transfers heat from electronic components, offering excellent electrical insulation, environmental protection, and flexibility for applications in automotive electronics, power supplies, sensors, and LED lighting, often in two-component liquid or gel forms for easy dispensing and reworkability. These compounds fill irregular gaps, reduce thermal resistance, and protect

Two-Part A/B Electronic Grade Flexible Silicone Potting Compound for Electronics,Silicone Encapsulating Potting Mix,Glue,PCB,Waterproof for Circuit Board High thermal conductivity potting adhesive is mainly used for electrical potting with high heat output and strict sealing. Simply requiring high thermal conductivity may affect other performance indicators of potting adhesive. Therefore, it is still necessary to consider comprehensively in combination with its own potting pr

Silicone potting compounds are widely used due to their superior flexibility, broad temperature resistance (hot & cold), moisture sealing, and ease of rework , making them ideal for protecting sensitive electronics in harsh conditions like automotive, aerospace, and consumer devices where thermal cycling, vibration, and moisture are common, offering better reliability and easier repairs than rigid epoxies. Their use is further driven by the growth of electric vehicles (EVs) a