Nolato

  • Compatherm filler 9343 thermally conductive two-part addition cured compound from Nolato

    Applications
    The product is used to transfer heat from heat sources, such as components on a
    PCB, to a heat sink. Compatherm filler 9343 has the ability to cover various gap
    heights and complex geometries with a very low closure force.

    Compatherm filler key properties 9343
    − 4 W/(mK) thermal conductivity
    − Operating temperature -40 to +150˚ C
    − Ultra-conforming
    − Very good wetting
    − Two-part material gives high mechanical stability after curing

  • Compatherm filler 9344 thermally conductive two-part addition cured compound from Nolato.

    Compatherm filler key properties 9344
    − 4 W/(mK) thermal conductivity
    − Operating temperature -40 to +150˚ C
    − Ultra-conforming
    − Very good wetting
    − Two-part material gives high mechanical stability after curing
    1. Applications
    The product is used to transfer heat from heat sources, such as components on a
    PCB, to a heat sink. Compatherm filler 9344 has the ability to cover various gap
    heights and complex geometries with a very low closure force.

  • Nolato Compatherm Pad 9420 cost effective thermally conductive interface material.

    Compatherm Pad 9420 is a cost effective thermally conductive interface material.
    The material is a filled thermally conductive elastomer which provides good thermal
    performance with great reliability.
    Compatherm pad 9420 key properties
    − 2 W/(mK) thermal conductivity
    − Operating temperature -40 to +150˚ C
    − Electrically insulating material
    − Compliant elastomeric based material
    − Naturally tacky on both sides, customised surface available
    − Available in thickness from 0.25 to 5mm

  • Nolato Norante 8831HAB two-component high-temperature curing conductive silica gel

    Product features
    ● High temperature curing (100℃~150℃), with strong intermolecular bonding force and stable performance.
    ● Excellent conductivity.
    ● Good fluidity and high production efficiency.
    ● Strong adhesion.
    ● meet EU RoHS directive.
    ● It can be applied to triangle dispensing process, which can make up the fit tolerance of workpieces better.
    ●Trishield dispensing pad-triangle

  • Nolato Norante8817HAB two-component high-temperature curing conductive silica gel

    Product features
    ● High temperature curing (100℃~150℃), with strong intermolecular bonding force and stable performance.
    ● Excellent conductivity.
    ● Good fluidity and high production efficiency.
    ● Strong adhesion.
    ● meet EU RoHS directive.
    ● It can be applied to triangle dispensing process, which can make up the fit tolerance of workpieces better.
    ●Trishield dispensing pad-triangle

  • NolatoCompashield Compashield proprietary brand of molded and extruded EMI shielding gaskets in the form of cans, frames, tubes, sheets and components

    A molded conductive gasket enables a more complex design of the gasket’s geometry. Nolato has developed processes to combine multiple materials in molding. Electrically conductive material can be combined with pure silicone to achieve a gasket that will shield both electromagnetic radiation and environmental strains. A plastic carrier can be used in combination with conductive silicone material to strengthen the gasket in one or two directions, and still allow it to be flexible in its compressed direction.