Thermal interface materials_MCOTI

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Energy Storage Converter (PCS)
As energy storage systems develop towards high power density, high efficiency and intelligence, PCS, as the core energy conversion unit of the energy storage system, puts forward higher requirements for thermal management, insulation protection and environmental reliability. MCOTI provides thermal conductivity, insulation, sealing and other adhesive solutions to provide reliable guarantee for the long-term stable operation of PCS.
Energy Storage Converter (PCS)
Thermal interface materials Ferrite core bonding Thermal conductive insulating coating EMI shielding sealant Thermal conductive silicone potting
Thermal interface materials
Energy storage PCS (energy storage converter), as the "energy conversion center" of the power grid and battery system, faces multiple heat dissipation challenges under working conditions such as grid-connected/off-grid bidirectional conversion, peak shaving and valley filling, frequency and voltage regulation, etc. Thermal interface materials can fill the gap between the radiator and components, establish thermal channels, stably control the temperature rise of core components, ensure long-term full power and high-reliability operation of PCS, and avoid power generation loss and safety risks caused by heat dissipation failure.

Thermal conductive silicone grease: printable/automatic dispensing, coating thickness 0.02~0.1mm, no curing reaction, the device can be disassembled and reworked;

Thermal conductive caulking agent: suitable for filling gaps with large height differences and obvious tolerance fluctuations in die-casting shells, and has a shock-absorbing and buffering effect;

Thermal conductive gel: high thermal conductivity, single-component high-speed dispensing, no need to die in advance, adaptable to various chip height differences;

Thermal conductive adhesive: It has the dual capabilities of thermal conductivity + structural bonding, which can simplify structural design, reduce fasteners and achieve lightweight;

Thermal pad: light and thin, high thermal conductivity, reproducible, automated attachment and assembly, high production efficiency.

Thermal interface materials
Product advantages

Lower interface/contact resistance

Low modulus and low stress, high dielectric strength

Stored in equipment for long life and easy handling

Very high shape and vertical gap stability

Can be dispensed using most standard dispensing systems

Glue layer thickness with components (minimum): 0.1mm

Silicone grease/gel/caulking agent/adhesive glue/thermal pad to overcome various heat dissipation pain points in one stop

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