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NOLATO COMPATHERM®

Innovative product line designed to drastically cut thermal resistance, enhance cooling and reduce irregularities.

Why We Work With Nolato Compatherm®

Our partner, Nolato Silikonteknik, has expanded its innovative product line to include thermal interface materials (TIMs). Compatherm® thermally conductive gap filler is ideal for applications requiring heat transfer from a PCB to a heat sink. These ultra soft and conformable materials can drastically cut thermal resistance and greatly enhance cooling by filling air gaps and very small irregularities.

Nolato certifies the thermal conductivity (W/mk) of every pad we deliver. With production capabilities in the USA and China, Modus Advanced, Inc. is positioned to deliver thermal pads anywhere in the world.

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Key Benefits

Certified Thermal Conductivity

Ultra Soft with Low Compression Force

Highly Conformable

Fits Well on Protrusions and Recessed Areas

Self-Tacky and Adheres Well to Most Surfaces

Easy-to-Handle

NOLATO COMPATHERM®

Compatherm® Pad 9410

The 1 W/mK Nolato Compatherm® Pad 9410 is a performance product designed for demanding applications requiring high thermal conductivity in a very soft viscoelastic material. Compatherm® Pad is naturally tacky on both sides but can be coated on one side to remove the natural tackiness if needed.

Compatherm® Pad 9411

The 1.3 W/mK Nolato Compatherm® Pad 9411 is a performance product designed for demanding applications requiring high thermal conductivity in a very soft viscoelastic material. Compatherm® Pad is naturally tacky on both sides but can be coated on one side to remove the natural tackiness if needed.

Compatherm® Pad 9420

The 2 W/mK Nolato Compatherm® Pad 9420 is a performance product designed for demanding applications requiring high thermal conductivity in a very soft viscoelastic material. Compatherm® Pad is naturally tacky on both sides but can be coated on one side to remove the natural tackiness if needed.

Compatherm® Pad 9421

The 2.5 W/mK Nolato Compatherm® Pad 9421 is a performance product designed for demanding applications requiring high thermal conductivity in a very soft viscoelastic material. Compatherm® Pad is naturally tacky on both sides but can be coated on one side to remove the natural tackiness if needed.

Compatherm® Pad 9430

The 3 W/mK Nolato Compatherm® Pad 9430 is a performance product designed for demanding applications requiring high thermal conductivity in a very soft viscoelastic material. Compatherm® Pad is naturally tacky on both sides but can be coated on one side to remove the natural tackiness if needed.

Compatherm® Pad 9431

The 3 W/mK Nolato Compatherm® Pad 9431 is a thermal interface product designed for applications requiring high thermal conductivity and electric insulation in a very soft viscoelastic material. Compatherm® Pad is naturally tacky on both sides but can be coated on one side to remove the natural tackiness if needed.

Compatherm® Pad 9432

The 3 W/mK Nolato Compatherm® Pad 9432 is a thermal interface product designed for applications where large tolerance differences create the need for compression of the pad beyond 50% of its original thickness. Compatherm® Pad 9432 is also highly thermally conductive and electrically insulating. It is naturally tacky on both sides but can be coated on one side to remove the natural tackiness if needed.

Compatherm® Pad 9433

The 3 W/mK Nolato Compatherm® Pad 9433 is a performance product designed for demanding applications requiring high thermal conductivity in a very soft viscoelastic material. Compatherm® Pad is naturally tacky on both sides but can be coated on one side to remove the natural tackiness if needed.

Compatherm® Pad 9440

The 4 W/mK Nolato Compatherm® Pad 9440 is a performance product designed for demanding applications requiring high thermal conductivity in a very soft viscoelastic material. Compatherm® Pad is naturally tacky on both sides but can be coated on one side to remove the natural tackiness if needed.

Compatherm® Pad 9450

The 5 W/mK Nolato Compatherm® Pad 9450 is a performance product designed for demanding applications requiring high thermal conductivity in a very soft viscoelastic material. Compatherm® Pad is naturally tacky on both sides but can be coated on one side to remove the natural tackiness if needed.

Compatherm® Pad 9451

The 5 W/mK Nolato Compatherm® Pad 9451 is a performance product designed for demanding applications requiring high thermal conductivity in a very soft viscoelastic material. Compatherm® Pad is naturally tacky on both sides but can be coated on one side to remove the natural tackiness if needed.

Compatherm® Pad 9470

The Nolato Compatherm® Pad 9470 has a high certified thermal conductivity of 7 W/mK.

Compatherm® Pad 9471

The 7 W/mK Nolato Compatherm® Pad 9471 is a performance product designed for demanding applications requiring high thermal conductivity in a very soft viscoelastic material. Compatherm® Pad is naturally tacky on both sides but can be coated on one side to remove the natural tackiness if needed.

Compatherm® Pad 9472

The Nolato Compatherm® Pad 9472 is a soft highly conformable 7 W/mK thermal interface material.

Compatherm® Pad 9473

The 7 W/mK Nolato Compatherm® Pad 9473 is a performance product designed for demanding applications requiring high thermal conductivity in a very soft viscoelastic material. Compatherm® Pad is naturally tacky on both sides but can be coated on one side to remove the natural tackiness if needed.

Quick Reference Chart

Nolato Number
Thermal Conductivity (W/m-K)
Hardness (Shore 00)
Density (g/cm3)
Breakdown Voltage (kV/mm)
Color
Datasheet
Nolato Number: 9410
Thermal Conductivity (W/m-K): 1
Hardness (Shore 00): 40
Density (g/cm3): 2.37
Breakdown Voltage (kV/mm): 5
Color: Pink
Nolato Number: 9411
Thermal Conductivity (W/m-K): 1.3
Hardness (Shore 00): 9
Density (g/cm3): 2.5
Breakdown Voltage (kV/mm): 5
Color: Light Blue
Nolato Number: 9420
Thermal Conductivity (W/m-K): 2
Hardness (Shore 00): 40
Density (g/cm3): 2.73
Breakdown Voltage (kV/mm): 5
Color: Light Blue
Nolato Number: 9421
Thermal Conductivity (W/m-K): 2.5
Hardness (Shore 00): 40
Density (g/cm3): 2.70
Breakdown Voltage (kV/mm): 5
Color: Light Brown
Nolato Number: 9422
Thermal Conductivity (W/m-K): 2
Hardness (Shore 00): 25
Density (g/cm3): 2.70
Breakdown Voltage (kV/mm): 5
Color: Light Blue
Nolato Number: 9430
Thermal Conductivity (W/m-K): 3
Hardness (Shore 00): 60
Density (g/cm3): 2.65
Breakdown Voltage (kV/mm): 1
Color: Grey
Nolato Number: 9431
Thermal Conductivity (W/m-K): 3
Hardness (Shore 00): 40
Density (g/cm3): 3.10
Breakdown Voltage (kV/mm): >8
Color: Blue
Nolato Number: 9432
Thermal Conductivity (W/m-K): 3
Hardness (Shore 00): 10
Density (g/cm3): 2.92
Breakdown Voltage (kV/mm): 7
Color: Brown
Nolato Number: 9433
Thermal Conductivity (W/m-K): 3
Hardness (Shore 00): 28
Density (g/cm3): 2.65
Breakdown Voltage (kV/mm): .4
Color: Grey
Nolato Number: 9440
Thermal Conductivity (W/m-K): 4
Hardness (Shore 00): 40
Density (g/cm3): 3.10
Breakdown Voltage (kV/mm): >8
Color: Green
Nolato Number: 9450
Thermal Conductivity (W/m-K): 5
Hardness (Shore 00): 40
Density (g/cm3): 3.10
Breakdown Voltage (kV/mm): 7
Color: Black
Nolato Number: 9451
Thermal Conductivity (W/m-K): 5
Hardness (Shore 00): 28
Density (g/cm3): 3.07
Breakdown Voltage (kV/mm): >5
Color: Grey
Nolato Number: 9470
Thermal Conductivity (W/m-K): 7
Hardness (Shore 00): 40
Density (g/cm3): 2.55
Breakdown Voltage (kV/mm): 1.5
Color: Light Grey
Nolato Number: 9471
Thermal Conductivity (W/m-K): 7
Hardness (Shore 00): 40
Density (g/cm3): 3.10
Breakdown Voltage (kV/mm): >8
Color: Pink
Nolato Number: 9472
Thermal Conductivity (W/m-K): 7
Hardness (Shore 00): 20
Density (g/cm3): 2.55
Breakdown Voltage (kV/mm): 1.5
Color: Light Grey
Nolato Number: 9473
Thermal Conductivity (W/m-K): 7
Hardness (Shore 00): 20
Density (g/cm3): 3.10
Breakdown Voltage (kV/mm): 8
Color: Pink

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With over 40 years of growth we have one of the most comprehensive arrays of advanced processes in the industry.

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