Products

The high-transparency nano-coating solution produced by our company is an eco-friendly single-component coating liquid, appearing as a white semi-transparent liquid. After high-temperature curing, it forms a micro-blue transparent inorganic nano-coating with a closed-cell structure.

The ST-EC800 is a high-performance electrochromic coating that enables reversible color changes under electric field. It features rapid response, long cycle life, high optical contrast, and low energy consumption. This coating is ideal for smart windows, anti-glare rearview mirrors, e-paper, and flexible display devices, making it an excellent material for intelligent and energy-efficient photoelectric control systems.

The ST1950, a high thermal conductivity phase change material (PCM) in the 1900 series, is available in both pad and phase change sheet configurations. Designed to reduce interfacial thermal resistance, it has passed reliability tests while maintaining superior performance. This material demonstrates excellent interfacial wettability across typical operating temperature ranges, resulting in extremely low surface contact resistance.

ST-TF40 is a composite film based on two-dimensional boron nitride nanosheets. This thermal management film exhibits outstanding properties including electromagnetic wave transmission, high thermal conductivity, flexibility, insulation, low dielectric constant, low dielectric loss, compatibility with single/double-sided adhesive, and die-cutting capability for any shape. It is currently recognized as the most effective thermal management material in 5G RF chips and millimeter-wave antenna applications.

Conductive adhesive features include:

1. Excellent adhesion, demonstrating strong bonding capacity to various substrates
2. Excellent and stable electrical conductivity
3. Rapid drying time for more efficient operation
4. Single-component curing at room temperature with humidity, convenient for use
5. Excellent resilience with outstanding recovery performance under repeated compression deformation, capable of withstanding compression rates up to 35%.

This adhesive is a two-component silver paste composed of modified epoxy, modified amine, and silver powder. The conductive adhesive prepared in the specified ratio exhibits stable performance, high bonding strength, simple processing, and room-temperature curing, with optional heating for curing. The volume resistivity ranges from 10^-3 to 10^-4 Ω·cm.

ST-100 polyaniline conductive polymer is a kind of ultra-thin conductive polymer coating, which has a conductivity of 7.5 S/cm.

ST-1000 conductive polymer is a super-thin conductive polymer coating that meets all requirements. As a composite composed of substituted polythiophene and polyanionic compounds, its conductivity can reach 850 S/cm.

Excellent radiation and electromagnetic shielding performance, low resistivity, with superior electrostatic discharge capability; effective shielding against electromagnetic interference, outstanding flame retardancy, and exceptional durability. Weather resistance: resistant to low temperatures, acids, alkalis, water, and corrosion, as well as ultraviolet radiation.

ST-PE3430 is a two-component silicone thermal conductive potting compound with thermal conductivity up to 3.0W without powdering. It exhibits excellent flowability after mixing, and its curing time can be adjusted according to temperature. The compound achieves deep curing at room temperature, making it suitable for potting and protecting various heat-dissipating and temperature-resistant components. It fully complies with the EU RoHS Directive and REACH requirements.

This product is a two-component silicone potting compound that fully complies with the EU RoHS Directive and SVHC REACH requirements. Upon mixing, it undergoes an addition reaction to form a high-performance elastomer, primarily used in harsh environments requiring waterproofing, moisture resistance, corrosion resistance, and shock absorption. The curing speed is adjustable, and deep curing is unaffected by environmental conditions. It exhibits excellent thermal conductivity and electrical insulation properties.