OSi Holding Limited's Innovative Thermal Gap Fillers

 In the dynamic landscape of thermal interface materials, OSi Holding Limited emerges as a trailblazing technology company, specializing in the development and manufacturing of cutting-edge thermally conductive interface materials. As technological advancements face the challenge of balancing improvements in thermal conductivity, hardness, and workmanship simultaneously, OSi Holding Limited stands out through a series of groundbreaking innovations, elevating the integration of high thermal conductivity and softness to unprecedented levels.

Unmatched Performance: OSi Holding Limited's Thermally Conductive Silicone Pads

At the heart of OSi Holding Limited's success lies their exceptional thermally conductive silicone pads​. Crafted from a self-developed silicone resin boasting a unique interpenetrating network structure, these pads redefine the standards of thermal management technology. Notably, the exclusion of low molecular weight silicone oil is a deliberate choice to enhance material hardness. This results in a molecular structure with significant weight, allowing for a high filler volume, combined with smaller molecular weight networks that increase material softness. This intricate balance not only improves heat resistance and durability but also ensures minimal material leakage.

Breakthrough Composite Technology: Boron Nitride with Alumina

OSi Holding Limited takes a giant leap forward with their boron nitride compounded with alumina technology. This innovation harnesses the synergistic benefits of flaky boron nitride and spherical alumina, significantly enhancing thermal conductivity. The strategic combination not only reduces alumina usage but also contributes to lower product density, offering a sustainable and efficient solution for diverse thermal management needs.

Tablet Pressing Process: Crafting Super Soft Gaskets

In another stride towards versatility, OSi Holding Limited introduces the tablet pressing process. This technology empowers the manufacturing of super soft gaskets, capable of replacing traditional thermally conductive silicone grease in specific applications. The flexibility of these gaskets makes them a valuable asset in scenarios where achieving an optimum balance between thermal efficiency and flexibility is critical.

Brand	Performance Characteristics	Thermal conductivity (W/m.k)	Density (g/cm3)	Hardness (shore 00)
OSiTC-A36	High thermal conductivity, low hardness	9.5	3.59	40
OSiTC-A36BN	Reinforced high thermal conductivity	12	3.63	70
OSiTC-A20BN	High thermal conductivity, low density	8	3.33	65
OSiTC-SF18	Super soft	7	3.0	<10

All models of thermally conductive silicone pads are made of metal oxides and boron nitride, without any metal components, insulating and flame retardant.

Elevating Your Thermal Management Strategy with OSi Holding Limited

As industries seek advanced solutions for thermal gap filling, OSi Holding Limited emerges as a reliable partner at the forefront of innovation. With a focus on pushing the boundaries of technology, OSi Holding Limited's portfolio of thermal interface materials is designed to meet the evolving demands of diverse applications.

Why Choose OSi Holding Limited's Thermal Gap Fillers?

Unprecedented Integration: OSi Holding Limited seamlessly integrates high thermal conductivity and softness, setting new benchmarks in thermal interface materials.

Cutting-Edge Composite Technology: The boron nitride compounded with alumina technology demonstrates OSi Holding Limited's commitment to efficiency and sustainability.

Versatile Applications: The tablet pressing process opens doors to versatile applications, offering super soft gaskets that can replace traditional solutions in specific scenarios.

In conclusion, OSi Holding Limited's dedication to innovation positions them as a frontrunner in the realm of thermal gap fillers. If you're ready to elevate your thermal management strategy, explore OSi Holding Limited's comprehensive range of solutions. Contact us today to discover how OSi Holding Limited can redefine thermal management for your industry.