Tepelné zvedací materiály Univerzální věda
  • Tepelné zvedací materiály Univerzální věda
  • Tepelné zvedací materiály Univerzální věda
  • Tepelné zvedací materiály Univerzální věda
  • Tepelné zvedací materiály Univerzální věda
  • Tepelné zvedací materiály Univerzální věda
  • Tepelné zvedací materiály Univerzální věda
  • Tepelné zvedací materiály Univerzální věda
  • Tepelné zvedací materiály Univerzální věda
  • Tepelné zvedací materiály Univerzální věda
  • Tepelné zvedací materiály Univerzální věda
  • Tepelné zvedací materiály Univerzální věda
  • Tepelné zvedací materiály Univerzální věda
  • Tepelné zvedací materiály Univerzální věda

Fotografie slouží pouze pro informační účely. Zobrazit specifikaci produktu

please use latin characters

Výrobce: Universal Science

Tepelné zvedací materiály Univerzální věda

14.2 Thermally Conductive Materials UNIVERSAL SCIENCE

Thermally conductive pad T-Pad 1500
Properties:

  • Thermal conductivity: 1.5 W / mK

  • produced dielectric barrier at the intersection

  • requires fixing with springs, metal clips or clamps

  • provides electrical insulation

  • The formula allows the reduction of air gaps on the surface

  • guaranteed temperature stability over a wide temperature range

Recommended for:

  • any heat-generating surfaces that require thermal performance and electrical insulation

  • connections of power supplies with a heat sink

  • thermal connections of TO220 and T0241 devices with a heat sink


Availability:
  • thickness: 0.23 mm
  • sheet size 300x300 mm
  • available in rolls of specified length
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test method T-Pad 1500 Feature (unit) Test method T-Pad 1500
Colour Visual yellow Tensile strength (N/mm) ASTM D412 20
Thermal conductivity (W/mK) ASTM D5470 1.5 Percentage extension (%) ASTM D412 10
Hardness ASTM D2240 70 Breakdown voltage (V) ASTM D149 >6000
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 2.9 Resistivity ASTM D257 2.0 x 1023t
Temperature range (°C) - od -40°C do +200°C      
Fire Resistance UL94 V-0      

Note:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.

 

Thermally conductive pad T-Pad 6000
Properties:

  • Thermal conductivity: 6.0 W / mK

  • high electrical strength and thermal efficiency

  • unique structure allowing to reduce thermal resistance

  • provides electrical insulation

  • increased thermal efficiency

  • guaranteed temperature stability over a wide temperature range

Recommended for:

  • any heat-generating electronic devices

  • connections of power supplies with a heat sink

  • thermal connections of TO220 and TO247 devices with a heat sink

Availability:

  • available washers with standard thicknesses: 0.25, 0.50 and 0.75mm

  • sheet size 356x406mm

  • the offer also includes cutting out non-standard sheets

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method T-Pad 6000 Feature (unit) Test Method T-Pad 6000
Colour Visual white Breakdown voltage (V) ASTM D149 >6000
Thermal conductivity (W/mK) ASTM D5470 6.0 Dielectric constant (dla 1MHz) ASTM D150 3.2
Hardness ASTM D2240 85 resistivity(Ω cm) ASTM D257 5 x 1012
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 1.10 Degasification CVCM (%) ASTM E595 0.04
Temperature range (°C) - od -55°C do +195°C Density (g/cm3) - 1.50
Fire Resistance UL94 V-0      
 

Thermally conductive pad T-Pad 6500
Properties:
  • Thermal conductivity: 6.5 W / mK
  • high electrical strength and thermal efficiency
  • unique structure allowing to reduce thermal resistance
Recommended for:
  • any heat-generating electronic devices
  • connections of power supplies with a heat sink
  • thermal connections of TO220 and TO247 devices with a heat sink

Availability:
  • standard thickness 0.2mm
  • sheet size 356x406mm
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method T-Pad 6500 Feature (unit) Test Method T-Pad 6500
Colour Visual light blue Breakdown voltage (V) ASTM D149 >4000
Thermal conductivity (W/mK) ASTM D5470 6.5 Dielectric constant (dla 1MHz) ASTM D150 3.1
Hardness ASTM D2240 75 resistivity (Ω cm) ASTM D257 2 x 1011
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 0.95 degassing CVCM (%) ASTM E595 0.04
Temperature range (°C) - od -40°C do +125°C Density (g/cm3) - 1.46
Fire Resistance UL94 V-0      

Uwaga:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.

 

UniGap 1000 thermal conductive material
Properties:

  • thermal conductivity: 1.0 W / mK

  • good thermal performance guaranteed in the temperature range from -50oC to + 160oC

  • flexibility and ease of application

  • electrically insulated

  • flexible and adherent structure makes it ideal for uneven or rough surfaces

  • self-adhesive

Recommended for:

  • cases where low costs and low thermal properties are required

  • systems requiring a wide temperature range

  • elements with an uneven surface


Availability:
  • thickness from 0.5mm to 5mm
  • standard sheet sizes: 229x229mm or 457x457mm
  • the 0.5mm thick variant is reinforced with fiberglass
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniGap 1000 Feature (unit) Test Method UniGap 1000
Colour Visual Gray Tensile strength (N/mm) ASTM D412 50
Thermal conductivity (W/mK) ASTM D5470 1.0 Percentage extension (%) ASTM D412 61
Hardness ASTM D2240 45 Breakdown voltage (V) ASTM D149 >27000
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 16.10 resistivity (Ω cm) ASTM D257 4 x 1023
Temperature range (°C) - od -40°C do +150°C degassing CVCM (%) ASTM E595 0.09
Fire Resistance UL94 V-0 Dielectric constant (dla 1MHz) ASTM D257 5.60
 

UniGap 1700US surface thermal conductive material
Properties:

  • thermal conductivity: 1.7 W / mK

  • flexible and adherent structure makes it ideal for uneven and rough surfaces

  • self-adhesive

  • electrically insulated

  • made of extremely soft and flexible plastic, thanks to which it protects electronic components against damage or deformation

  • reduces surface thermal resistance to a minimum

  • easy to apply

Recommended for:

  • pressure sensitive electronic components

  • cooling devices in rectifiers and inverters

  • DSP signal processors


Availability:
  • thickness from 0.5mm to 6mm
  • standard sheet sizes: 609x609mm
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniGap 1700 Feature (unit) Test Method UniGap 1700
Colour Visual różowy Percentage extension(%) ASTM D412 85
Thermal conductivity (W/mK) ASTM D5470 1.7 Breakdown voltage (V) ASTM D149 >5000
Hardness ASTM D2240 30 degassing CVCM (%) ASTM D595 0.08
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 1.90 Dielectric constant (For 1MHz) ASTM D257 5.0
Temperature range (°C) - od -50°C do +200°C      
Fire Resistance UL94 V-0      

Note:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.

 

UniGap 3000 thermal conductive material
Properties:

  • soft and adhesive gap filler with unique thermal properties

  • thermal conductivity 3.0W / mK

  • easier application due to the use of a polymer coating

  • exerts little pressure on an electronic device

  • high thermal conductivity

  • electrical insulation

  • self-adhesive


Recommended for:

  • elements with an uneven surface

  • memory cards, VGA modules, LED packages and many more


Availability:

  • thickness from 0.5mm to 5mm

  • standard sheet sizes: 229x229mm for thickness above 1mm or 457x457mm for thickness 0.5mm or 1mm

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniGap 3000 Feature (unit) Test Method UniGap 3000
Colour Visual niebieski Tensile strength (N/mm) ASTM D412 47
Thermal conductivity (W/mK) ASTM D5470 3.0 Percentage extension (%) ASTM D412 98
Hardness ASTM D2240 40 Breakdown voltage (V) ASTM D149 >10000
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 4.96 resistivity (Ω cm) ASTM D257 9.5 x 1012
Temperature range (°C) - od -50°C do +200°C degassing CVCM (%) ASTM E595 0.04
Fire Resistance UL94 V-0 Dielectric constant (For 1MHz) ASTM D257 13.60
      Density (g/m3) - 3
 

UniGap 6000 thermal conductive material
Properties:

  • thermal conductivity: 6.0 W / mK

  • ceramic gap filling pad

  • adhesive surface reducing thermal resistance

  • electrical insulation (ensured by high dielectric strength)

  • high thermal conductivity allows the removal of a large amount of heat

  • despite its high thermal conductivity, it still retains its softness

  • fills air gaps, thanks to which it increases thermal efficiency

  • Recommended for:

  • damaged or uneven surfaces

  • electronic components used in the aviation, military and medical industries

  • unipolar transistors and other power elements as additional cooling


  • Availability:

  • thickness from 0.5mm to 5mm

  • standard sheet size 229x229mm

  • Can be made with fiberglass reinforcement

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniGap 6000 Feature (unit) Test Method UniGap 6000
Colour Visual jasnoszary Breakdown voltage (V) ASTM D412 >5000
Thermal conductivity (W/mK) ASTM D5470 6.0 Percentage extension (%) ASTM D412 20
Hardness ASTM D2240 70 Breakdown voltage (V) ASTM D149 6
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 3.3 degassing CVCM (%) ASTM E595 0.05
Temperature range (°C) - od -45°C do +190°C Dielectric constant (w 1MHz) ASTM D257 3.3
Fire Resistance UL94 HB Density (g/m3) - 1.4

Uwaga:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.

 

UniGraph 5000 graphite thermal pad
Properties:

  • graphite, thermally conductive surface material

  • excellent alternative to thermal grease

  • maintains a constant level of thermal conductivity

  • great solution for elements that do not require electrical insulation

  • ease of application and aesthetics

Recommended for:

  • thermal connection of PCB, LED etc. to the heat sink

  • automation, power supplies, motors and all other cases where low costs are expected

Availability:
  • standard thicknesses: 0.125mm, 0.25mm, 0.5m
  • sheet size 610x457mm
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniGap 6000 Feature (unit) Test Method UniGap 6000
Colour Visual light gray Breakdown voltage (V) ASTM D412 >5000
Thermal conductivity (W/mK) ASTM D5470 6.0 Percentage extension (%) ASTM D412 20
Hardness ASTM D2240 70 Breakdown voltage (V) ASTM D149 6
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 3.3 degassing CVCM (%) ASTM E595 0.05
Temperature range (°C) - od -45°C do +190°C Dielectric constant (w 1MHz) ASTM D257 3.3
Fire Resistance UL94 HB Density (g/m3) - 1.4
 

UniPhase 2000 phase change material

Properties:

  • made in the form of a dry material covering the aluminum base

  • beneath the surface of the material is a thixotropic paste-like material is a good thermal connector between damaged surfaces

  • prevents the formation of air gaps

  • reduces thermal impedance

  • increases thermal performance

Recommended for:

  • connecting electrically insulated heat emitting devices to a heat sink

  • power supplies and power modules


Availability:
  • aluminum stands are made to measure, the covering material is available in rolls or sheets
  • variants available in different thicknesses
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniPhase 2000 Feature (unit) Test Method UniPhase 2000
Thickness (mm) - 0.075 Phase change temperatures (oC) - 60
Max. Operating temperature (oC) doświadczalna +150 Volume increase with phase change (%) doświadczalna 15%
Thermal impedance in 20psi(oC-cm2/W) ASTM D5470 0.2      
Thermal impedance in 100psi(oC-cm2/W) ASTM D5470 0.13      

Note:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.
 

UniPhase 2500 phase change material
Features:

  • consists of a layer of thermally conductive material and a KaptonTM MT pad

  • provides high dielectric strength and resistance to mechanical damage 

  • also works well with damaged or damaged surfaces

  • permanent and efficient thermal connection

  • reduction of thermal impedance, due to filling air gaps

  • application in the form of a thin strip significantly increases thermal conductivity

Recommended for:

  • thermal connection of heat-generating electrical devices with a heat sink

  • systems where the thermal grease cannot be used

  • power supplies and power modules


Availability:

  • surface materials available in rolls or sheets, aluminum washers are made to order

  • option of thickness selection

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniPhase 2500 Feature (unit) Test Method UniPhase 2500
Thickness (mm) - 0.50 Tensile strength during phase change (kPa) ASTM D412 1.26x105
Max. Operating temperature (oC) Experimental +150 Volume increase with phase change (%) doświadczalna 15
Thermal impedance in 20psi(oC-cm2/W) ASTM D5470 0.45 resistivity (Ω∙cm) ASTM D257 1014
Thermal conductivity (W/mK) ASTM D5470 0.75 Dielectric strength ASTM D149 ≤5000
Phase change temperatures (oC) - 60 Dielectric constant ASTM D150 4.0
 

UniPhase 4000-COB phase change material
Properties:

  • low thermal resistance

  • excellent operation in cooperation with even the most demanding surfaces

  • applied to the LED COB module, increases its service life

  • provides excellent thermal connection

  • prevents the formation of air gaps on the surface

Recommended for:

  • LED COB modules

  • thermal connections of heat-emitting electrical devices with a heat sink

  • power supplies and power modules


Availability:
  • aluminum stands are made to measure, the covering material is available in rolls or sheets
  • variants available in different thicknesses
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniPhase 4000 Feature (unit) Test Method UniPhase 4000
Thickness (mm) - light gray resistivity (Ω∙cm) ASTM D257 3 x 1012
Max. Operating temperature (oC) Experimental 6.0 Density (g/m3) ASTM D149 2.87
Thermal impedance in 20psi(oC-cm2/W) ASTM D5470 70      
Thermal conductivity (W/mK) ASTM D5470 3.3      

Uwaga:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.
 

UniPutty 1700NS silicone thermal grease
Properties:
  • paste adapted to delicate silicone componentsprzewodność cieplna 1.7W/mK

  • strongly adhesive

  • maintains its thermal capabilities at temperatures up to 180oC

  • high thermal conductivity

  • after application, the agent remains flexible, thanks to which it is resistant to shocks and pressure


Recommended for:

  • automotive industry and telecommunications

  • used in power supplies and LED systems


Availability:

  • available in tubes or containers for easy application

  • allows easy dosing

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniPutty 1700NS Feature (unit) Test Method UniPutty 1700NS
Colour Visual Gray Dielectric strength (V/0.025mm) ASTM D149 310
Temperature range (oC) - -40oC do 180oC Dissipation factor 25oC for 1000Hz ASTM D150 0.0025
Thermal conductivity (W/mK) ASTM D5470 1.7 resistivity (Ω∙cm) ASTM D257 2x1015
Volatile compounds at 200oC for 24 hours (%/Wt) FTM-321 0 Dielectric constant 25oC at 1000Hz ASTM D150 5.0
Evaporation at 200oC for 24 hours (%/Wt) FTM-321 0      
Density in 25OC ASTMD70 2.6      
 

UniPutty 1800 silicone thermal grease
Properties:

  • thermal conductivity 1.8W / mK

  • soft silicone paste with high adhesion

  • easy to apply

  • soft and tight, so it doesn't put pressure on the device

  • unique formula, provides excellent thermally conductive properties

Recommended for:

  • Recommended for high power electronic components

  • LED systems and telecommunications devices


Availability:

  • available in tubes or containers for easy application

  • other types of packaging are available on customer's request

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniPutty 1800 Feature (unit) Test Method UniPutty 1800
Colour Visual szary Dielectric strength (V/0.025mm) ASTM D149 500
Max. Operating temperature (oC) - -40oC do 200oC Viscosity (mPas) Brookfielda od 4 mln do 8 mln
Thermal conductivity (W/mK) ASTM D5470 1.8 resistivity (Ω∙cm) ASTM D2240 1014
Thermal resistance (oC/W) ASTM D5470 1.7 Density (g/m3) - 2.6
degassing CVCM (%) ASTM E595 0.08      

Note:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.

 

UniPutty 2000 silicone thermal grease
Properties:

  • silicone thermal grease with thixotropic properties

  • thermal conductivity 2W / mK

  • can be applied in room conditions, but also heated to speed up the process.

  • sticky and thixotropic

  • shock and pressure resistant

  • high thermal conductivity

Recommended for:

  • power devices in converters and power supplies

  • DSP signal processors


Availability:
  • available in tubes or containers for easy application
  • also available in collective containers
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniPutty 2000 Feature (unit) Test Method UniGap 3000
Colour Visual slate resistivity (Ω∙cm) ASTM D2240 9.15 x 1012
Thermal conductivity (W/mK) ASTM D5470 2.0 Hardness ASTM D2240 60
Viscosity Brookfielda 110 000 ÷140 000 Fire Resistance UL94 V-0
Temperature range (oC) - -65oC do +200oC      
 

Bondline 200 thermally conductive tape
Properties:

  • the basis is a thin metal foil that accelerates heat transfer between surfaces

  • no air gaps

  • non-electrically isolated connection

  • enables a simple and quick connection to a heat sink

  • high thermal conductivity

Recommended for:

  • connecting power supplies or transducers to the heat sink

  • joining any metal surfaces


Availability:

  • standard thickness 0.16mm

  • roll length 33m

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method Bondline 200 Feature (unit) Test Method Bondline 200
Colour - light gray Inflammability UL94 HB
Thermal conductivity (W/mK) ASTM D5470 0.30 Peel strength (N/mm) ASTM 412 >54
Thermal resistance (oC-cm2/W) ASTM D2240 0.56 Tensile strength (N/mm) ASTM 412 >370
Working temperature (oC) doświadczalna -20 do +150 Elongation (%) ASTM 412 8

Note:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.
 

Bondline 300 thermally conductive tape
Properties:

  • self-adhesive double-sided tape with high thermal conductivity properties

  • provides electrical insulation

  • prevents the formation of air gaps, reducing thermal resistance

  • high dielectric strength

  • very thin (0.12mm) thanks to which it shows excellent thermal properties

Recommended for:

  • connecting PCBs with a heat sink

  • power supplies and transducers


Availability:

  • strip thickness 0.12mm

  • roll length 30m, various widths available

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method Bondline 300 Feature (unit) Test Method Bondline 300
Clour - jasnobrązowy Inflammability UL94 HB
Thermal conductivity (W/mK) ASTM D5470 0.40 Adhesion to steel (N/cm) ASTM 412 3.25
Thermal resistance (oC-cm2/W) ASTM D5470 0.10 Breakdown voltage (VAC) ASTM D149 >6000
Operating temperature (oC) Experimental -20 do +150      
 

Bondline 700 thermal conductive tape
Properties:

  • thermally conductive tape, electrically insulated

  • allows for efficient heat flow between elements

  • fills air gaps, thus reducing thermal resistance

  • provides excellent adhesion for a wide range of materials

  • permanent connection of elements

  • high dielectric strength

  • simple application

Recommended for:

  • connecting LED modules with a heat sink

  • connecting medium power components with a heat sink

Availability:

  • standard thicknesses 0.15mm, 0.25mm, 0.5mm

  • roll length 30m and 50m

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method Bondline 700 Feature (unit) Test Method Bondline 700
Colour - white Inflammability UL94 V2
Thermal conductivity (W/mK) ASTM D5470 1.1 Breakdown voltage (V) ASTM D149 >6000
Thermal resistance (oC-cm2/W) ASTM D5470 3 Tensile strength(kg/cm) ASTM 412 0.15
Operating temperature (oC) Experimental -25 do +130 Elongation (%) ASTM 412 400

Note:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.
 

Bondline 1800 thermal conductive tape
Properties:

  • provides an electrically insulated connection

  • prevents the formation of air gaps

  • offers a quick and easy connection of LED lighting with a heat sink

  • high thermal conductivity

Recommended for:

  • joining metal surfaces

  • attaching the heat sink to the LED lighting

  • attaching the heat sink to the power supply or transducer

Availability:

  • standard thickness 0.2mm

  • possibility of ordering rolls of custom sizes

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test method Bondline 1800 Feature (unit) Test Method Bondline 1800
Colour - white Breakdown voltage (V) ASTM D149 >4000
Thermal conductivity (W/mK) ASTM D5470 1.80 Maximum storage length - 12 months
Thermal resistance (oC-cm2/W) ASTM D5470 0.38      
Operating temperature (oC) Experimental -20 do +120      
 

BondPutty 2000 heat transfer adhesive
Properties:
  • silicone based thermal adhesive
  • thermal conductivity 2.0W / mK
  • provides a strong and durable connection
  • excellent thermally conductive and dielectric properties
  • suitable even for delicate electronic components
Recommended for:
  • the curing speed depends on the temperature and the amount used
  • small drops (1mm-2mm) can be applied with a gun, smaller gaps require the use of specialized equipment
Availability:
  • supplied as standard in containers or buckets
  • can be stored for 12 months at a temperature below 5oC
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method BondPutty 2000 Feature (unit) Test Method BondPutty 2000
Colour - Gray Dielectric strength (V/mm) ASTM D149 >18000
Temperatura pracy (oC) - -45o do +210 resistivity (Ω∙cm) ASTM D257 3.4 x 1013
Thermal conductivity (W/mK) ASTM D5470 2.0 Percentage extension (%) ASTM 412 103
Hardness ASTM D2240-95 50 Tensile strength (MPa) ASTM 412 2.1
Viscosity (mPas) Brookfielda 140000      

 

119/5000
 
 
 
supplied as standard in containers or buckets
can be stored for 12 months at a temperature below 5oC
Méně
Přečtěte si více

Zašlete dotaz

Máte zájem o tento produkt? Potřebujete další informace nebo individuální ceny?

Kontaktujte nás
ZEPTEJTE SE O PRODUKT close
Děkujeme za zaslání zprávy. Odpovíme co nejdříve.
ZEPTEJTE SE O PRODUKT close
Procházet
pošlete dotaz

Přidat do seznamu přání

musíš být přihlášen

14.2 Thermally Conductive Materials UNIVERSAL SCIENCE

Thermally conductive pad T-Pad 1500
Properties:

  • Thermal conductivity: 1.5 W / mK

  • produced dielectric barrier at the intersection

  • requires fixing with springs, metal clips or clamps

  • provides electrical insulation

  • The formula allows the reduction of air gaps on the surface

  • guaranteed temperature stability over a wide temperature range

Recommended for:

  • any heat-generating surfaces that require thermal performance and electrical insulation

  • connections of power supplies with a heat sink

  • thermal connections of TO220 and T0241 devices with a heat sink


Availability:
  • thickness: 0.23 mm
  • sheet size 300x300 mm
  • available in rolls of specified length
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test method T-Pad 1500 Feature (unit) Test method T-Pad 1500
Colour Visual yellow Tensile strength (N/mm) ASTM D412 20
Thermal conductivity (W/mK) ASTM D5470 1.5 Percentage extension (%) ASTM D412 10
Hardness ASTM D2240 70 Breakdown voltage (V) ASTM D149 >6000
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 2.9 Resistivity ASTM D257 2.0 x 1023t
Temperature range (°C) - od -40°C do +200°C      
Fire Resistance UL94 V-0      

Note:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.

 

Thermally conductive pad T-Pad 6000
Properties:

  • Thermal conductivity: 6.0 W / mK

  • high electrical strength and thermal efficiency

  • unique structure allowing to reduce thermal resistance

  • provides electrical insulation

  • increased thermal efficiency

  • guaranteed temperature stability over a wide temperature range

Recommended for:

  • any heat-generating electronic devices

  • connections of power supplies with a heat sink

  • thermal connections of TO220 and TO247 devices with a heat sink

Availability:

  • available washers with standard thicknesses: 0.25, 0.50 and 0.75mm

  • sheet size 356x406mm

  • the offer also includes cutting out non-standard sheets

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method T-Pad 6000 Feature (unit) Test Method T-Pad 6000
Colour Visual white Breakdown voltage (V) ASTM D149 >6000
Thermal conductivity (W/mK) ASTM D5470 6.0 Dielectric constant (dla 1MHz) ASTM D150 3.2
Hardness ASTM D2240 85 resistivity(Ω cm) ASTM D257 5 x 1012
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 1.10 Degasification CVCM (%) ASTM E595 0.04
Temperature range (°C) - od -55°C do +195°C Density (g/cm3) - 1.50
Fire Resistance UL94 V-0      
 

Thermally conductive pad T-Pad 6500
Properties:
  • Thermal conductivity: 6.5 W / mK
  • high electrical strength and thermal efficiency
  • unique structure allowing to reduce thermal resistance
Recommended for:
  • any heat-generating electronic devices
  • connections of power supplies with a heat sink
  • thermal connections of TO220 and TO247 devices with a heat sink

Availability:
  • standard thickness 0.2mm
  • sheet size 356x406mm
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method T-Pad 6500 Feature (unit) Test Method T-Pad 6500
Colour Visual light blue Breakdown voltage (V) ASTM D149 >4000
Thermal conductivity (W/mK) ASTM D5470 6.5 Dielectric constant (dla 1MHz) ASTM D150 3.1
Hardness ASTM D2240 75 resistivity (Ω cm) ASTM D257 2 x 1011
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 0.95 degassing CVCM (%) ASTM E595 0.04
Temperature range (°C) - od -40°C do +125°C Density (g/cm3) - 1.46
Fire Resistance UL94 V-0      

Uwaga:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.

 

UniGap 1000 thermal conductive material
Properties:

  • thermal conductivity: 1.0 W / mK

  • good thermal performance guaranteed in the temperature range from -50oC to + 160oC

  • flexibility and ease of application

  • electrically insulated

  • flexible and adherent structure makes it ideal for uneven or rough surfaces

  • self-adhesive

Recommended for:

  • cases where low costs and low thermal properties are required

  • systems requiring a wide temperature range

  • elements with an uneven surface


Availability:
  • thickness from 0.5mm to 5mm
  • standard sheet sizes: 229x229mm or 457x457mm
  • the 0.5mm thick variant is reinforced with fiberglass
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniGap 1000 Feature (unit) Test Method UniGap 1000
Colour Visual Gray Tensile strength (N/mm) ASTM D412 50
Thermal conductivity (W/mK) ASTM D5470 1.0 Percentage extension (%) ASTM D412 61
Hardness ASTM D2240 45 Breakdown voltage (V) ASTM D149 >27000
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 16.10 resistivity (Ω cm) ASTM D257 4 x 1023
Temperature range (°C) - od -40°C do +150°C degassing CVCM (%) ASTM E595 0.09
Fire Resistance UL94 V-0 Dielectric constant (dla 1MHz) ASTM D257 5.60
 

UniGap 1700US surface thermal conductive material
Properties:

  • thermal conductivity: 1.7 W / mK

  • flexible and adherent structure makes it ideal for uneven and rough surfaces

  • self-adhesive

  • electrically insulated

  • made of extremely soft and flexible plastic, thanks to which it protects electronic components against damage or deformation

  • reduces surface thermal resistance to a minimum

  • easy to apply

Recommended for:

  • pressure sensitive electronic components

  • cooling devices in rectifiers and inverters

  • DSP signal processors


Availability:
  • thickness from 0.5mm to 6mm
  • standard sheet sizes: 609x609mm
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniGap 1700 Feature (unit) Test Method UniGap 1700
Colour Visual różowy Percentage extension(%) ASTM D412 85
Thermal conductivity (W/mK) ASTM D5470 1.7 Breakdown voltage (V) ASTM D149 >5000
Hardness ASTM D2240 30 degassing CVCM (%) ASTM D595 0.08
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 1.90 Dielectric constant (For 1MHz) ASTM D257 5.0
Temperature range (°C) - od -50°C do +200°C      
Fire Resistance UL94 V-0      

Note:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.

 

UniGap 3000 thermal conductive material
Properties:

  • soft and adhesive gap filler with unique thermal properties

  • thermal conductivity 3.0W / mK

  • easier application due to the use of a polymer coating

  • exerts little pressure on an electronic device

  • high thermal conductivity

  • electrical insulation

  • self-adhesive


Recommended for:

  • elements with an uneven surface

  • memory cards, VGA modules, LED packages and many more


Availability:

  • thickness from 0.5mm to 5mm

  • standard sheet sizes: 229x229mm for thickness above 1mm or 457x457mm for thickness 0.5mm or 1mm

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniGap 3000 Feature (unit) Test Method UniGap 3000
Colour Visual niebieski Tensile strength (N/mm) ASTM D412 47
Thermal conductivity (W/mK) ASTM D5470 3.0 Percentage extension (%) ASTM D412 98
Hardness ASTM D2240 40 Breakdown voltage (V) ASTM D149 >10000
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 4.96 resistivity (Ω cm) ASTM D257 9.5 x 1012
Temperature range (°C) - od -50°C do +200°C degassing CVCM (%) ASTM E595 0.04
Fire Resistance UL94 V-0 Dielectric constant (For 1MHz) ASTM D257 13.60
      Density (g/m3) - 3
 

UniGap 6000 thermal conductive material
Properties:

  • thermal conductivity: 6.0 W / mK

  • ceramic gap filling pad

  • adhesive surface reducing thermal resistance

  • electrical insulation (ensured by high dielectric strength)

  • high thermal conductivity allows the removal of a large amount of heat

  • despite its high thermal conductivity, it still retains its softness

  • fills air gaps, thanks to which it increases thermal efficiency

  • Recommended for:

  • damaged or uneven surfaces

  • electronic components used in the aviation, military and medical industries

  • unipolar transistors and other power elements as additional cooling


  • Availability:

  • thickness from 0.5mm to 5mm

  • standard sheet size 229x229mm

  • Can be made with fiberglass reinforcement

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniGap 6000 Feature (unit) Test Method UniGap 6000
Colour Visual jasnoszary Breakdown voltage (V) ASTM D412 >5000
Thermal conductivity (W/mK) ASTM D5470 6.0 Percentage extension (%) ASTM D412 20
Hardness ASTM D2240 70 Breakdown voltage (V) ASTM D149 6
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 3.3 degassing CVCM (%) ASTM E595 0.05
Temperature range (°C) - od -45°C do +190°C Dielectric constant (w 1MHz) ASTM D257 3.3
Fire Resistance UL94 HB Density (g/m3) - 1.4

Uwaga:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.

 

UniGraph 5000 graphite thermal pad
Properties:

  • graphite, thermally conductive surface material

  • excellent alternative to thermal grease

  • maintains a constant level of thermal conductivity

  • great solution for elements that do not require electrical insulation

  • ease of application and aesthetics

Recommended for:

  • thermal connection of PCB, LED etc. to the heat sink

  • automation, power supplies, motors and all other cases where low costs are expected

Availability:
  • standard thicknesses: 0.125mm, 0.25mm, 0.5m
  • sheet size 610x457mm
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniGap 6000 Feature (unit) Test Method UniGap 6000
Colour Visual light gray Breakdown voltage (V) ASTM D412 >5000
Thermal conductivity (W/mK) ASTM D5470 6.0 Percentage extension (%) ASTM D412 20
Hardness ASTM D2240 70 Breakdown voltage (V) ASTM D149 6
Thermal impedance (K-cm2/W w 69KPa) ASTM D5470 3.3 degassing CVCM (%) ASTM E595 0.05
Temperature range (°C) - od -45°C do +190°C Dielectric constant (w 1MHz) ASTM D257 3.3
Fire Resistance UL94 HB Density (g/m3) - 1.4
 

UniPhase 2000 phase change material

Properties:

  • made in the form of a dry material covering the aluminum base

  • beneath the surface of the material is a thixotropic paste-like material is a good thermal connector between damaged surfaces

  • prevents the formation of air gaps

  • reduces thermal impedance

  • increases thermal performance

Recommended for:

  • connecting electrically insulated heat emitting devices to a heat sink

  • power supplies and power modules


Availability:
  • aluminum stands are made to measure, the covering material is available in rolls or sheets
  • variants available in different thicknesses
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniPhase 2000 Feature (unit) Test Method UniPhase 2000
Thickness (mm) - 0.075 Phase change temperatures (oC) - 60
Max. Operating temperature (oC) doświadczalna +150 Volume increase with phase change (%) doświadczalna 15%
Thermal impedance in 20psi(oC-cm2/W) ASTM D5470 0.2      
Thermal impedance in 100psi(oC-cm2/W) ASTM D5470 0.13      

Note:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.
 

UniPhase 2500 phase change material
Features:

  • consists of a layer of thermally conductive material and a KaptonTM MT pad

  • provides high dielectric strength and resistance to mechanical damage 

  • also works well with damaged or damaged surfaces

  • permanent and efficient thermal connection

  • reduction of thermal impedance, due to filling air gaps

  • application in the form of a thin strip significantly increases thermal conductivity

Recommended for:

  • thermal connection of heat-generating electrical devices with a heat sink

  • systems where the thermal grease cannot be used

  • power supplies and power modules


Availability:

  • surface materials available in rolls or sheets, aluminum washers are made to order

  • option of thickness selection

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniPhase 2500 Feature (unit) Test Method UniPhase 2500
Thickness (mm) - 0.50 Tensile strength during phase change (kPa) ASTM D412 1.26x105
Max. Operating temperature (oC) Experimental +150 Volume increase with phase change (%) doświadczalna 15
Thermal impedance in 20psi(oC-cm2/W) ASTM D5470 0.45 resistivity (Ω∙cm) ASTM D257 1014
Thermal conductivity (W/mK) ASTM D5470 0.75 Dielectric strength ASTM D149 ≤5000
Phase change temperatures (oC) - 60 Dielectric constant ASTM D150 4.0
 

UniPhase 4000-COB phase change material
Properties:

  • low thermal resistance

  • excellent operation in cooperation with even the most demanding surfaces

  • applied to the LED COB module, increases its service life

  • provides excellent thermal connection

  • prevents the formation of air gaps on the surface

Recommended for:

  • LED COB modules

  • thermal connections of heat-emitting electrical devices with a heat sink

  • power supplies and power modules


Availability:
  • aluminum stands are made to measure, the covering material is available in rolls or sheets
  • variants available in different thicknesses
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniPhase 4000 Feature (unit) Test Method UniPhase 4000
Thickness (mm) - light gray resistivity (Ω∙cm) ASTM D257 3 x 1012
Max. Operating temperature (oC) Experimental 6.0 Density (g/m3) ASTM D149 2.87
Thermal impedance in 20psi(oC-cm2/W) ASTM D5470 70      
Thermal conductivity (W/mK) ASTM D5470 3.3      

Uwaga:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.
 

UniPutty 1700NS silicone thermal grease
Properties:
  • paste adapted to delicate silicone componentsprzewodność cieplna 1.7W/mK

  • strongly adhesive

  • maintains its thermal capabilities at temperatures up to 180oC

  • high thermal conductivity

  • after application, the agent remains flexible, thanks to which it is resistant to shocks and pressure


Recommended for:

  • automotive industry and telecommunications

  • used in power supplies and LED systems


Availability:

  • available in tubes or containers for easy application

  • allows easy dosing

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniPutty 1700NS Feature (unit) Test Method UniPutty 1700NS
Colour Visual Gray Dielectric strength (V/0.025mm) ASTM D149 310
Temperature range (oC) - -40oC do 180oC Dissipation factor 25oC for 1000Hz ASTM D150 0.0025
Thermal conductivity (W/mK) ASTM D5470 1.7 resistivity (Ω∙cm) ASTM D257 2x1015
Volatile compounds at 200oC for 24 hours (%/Wt) FTM-321 0 Dielectric constant 25oC at 1000Hz ASTM D150 5.0
Evaporation at 200oC for 24 hours (%/Wt) FTM-321 0      
Density in 25OC ASTMD70 2.6      
 

UniPutty 1800 silicone thermal grease
Properties:

  • thermal conductivity 1.8W / mK

  • soft silicone paste with high adhesion

  • easy to apply

  • soft and tight, so it doesn't put pressure on the device

  • unique formula, provides excellent thermally conductive properties

Recommended for:

  • Recommended for high power electronic components

  • LED systems and telecommunications devices


Availability:

  • available in tubes or containers for easy application

  • other types of packaging are available on customer's request

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniPutty 1800 Feature (unit) Test Method UniPutty 1800
Colour Visual szary Dielectric strength (V/0.025mm) ASTM D149 500
Max. Operating temperature (oC) - -40oC do 200oC Viscosity (mPas) Brookfielda od 4 mln do 8 mln
Thermal conductivity (W/mK) ASTM D5470 1.8 resistivity (Ω∙cm) ASTM D2240 1014
Thermal resistance (oC/W) ASTM D5470 1.7 Density (g/m3) - 2.6
degassing CVCM (%) ASTM E595 0.08      

Note:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.

 

UniPutty 2000 silicone thermal grease
Properties:

  • silicone thermal grease with thixotropic properties

  • thermal conductivity 2W / mK

  • can be applied in room conditions, but also heated to speed up the process.

  • sticky and thixotropic

  • shock and pressure resistant

  • high thermal conductivity

Recommended for:

  • power devices in converters and power supplies

  • DSP signal processors


Availability:
  • available in tubes or containers for easy application
  • also available in collective containers
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method UniPutty 2000 Feature (unit) Test Method UniGap 3000
Colour Visual slate resistivity (Ω∙cm) ASTM D2240 9.15 x 1012
Thermal conductivity (W/mK) ASTM D5470 2.0 Hardness ASTM D2240 60
Viscosity Brookfielda 110 000 ÷140 000 Fire Resistance UL94 V-0
Temperature range (oC) - -65oC do +200oC      
 

Bondline 200 thermally conductive tape
Properties:

  • the basis is a thin metal foil that accelerates heat transfer between surfaces

  • no air gaps

  • non-electrically isolated connection

  • enables a simple and quick connection to a heat sink

  • high thermal conductivity

Recommended for:

  • connecting power supplies or transducers to the heat sink

  • joining any metal surfaces


Availability:

  • standard thickness 0.16mm

  • roll length 33m

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method Bondline 200 Feature (unit) Test Method Bondline 200
Colour - light gray Inflammability UL94 HB
Thermal conductivity (W/mK) ASTM D5470 0.30 Peel strength (N/mm) ASTM 412 >54
Thermal resistance (oC-cm2/W) ASTM D2240 0.56 Tensile strength (N/mm) ASTM 412 >370
Working temperature (oC) doświadczalna -20 do +150 Elongation (%) ASTM 412 8

Note:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.
 

Bondline 300 thermally conductive tape
Properties:

  • self-adhesive double-sided tape with high thermal conductivity properties

  • provides electrical insulation

  • prevents the formation of air gaps, reducing thermal resistance

  • high dielectric strength

  • very thin (0.12mm) thanks to which it shows excellent thermal properties

Recommended for:

  • connecting PCBs with a heat sink

  • power supplies and transducers


Availability:

  • strip thickness 0.12mm

  • roll length 30m, various widths available

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method Bondline 300 Feature (unit) Test Method Bondline 300
Clour - jasnobrązowy Inflammability UL94 HB
Thermal conductivity (W/mK) ASTM D5470 0.40 Adhesion to steel (N/cm) ASTM 412 3.25
Thermal resistance (oC-cm2/W) ASTM D5470 0.10 Breakdown voltage (VAC) ASTM D149 >6000
Operating temperature (oC) Experimental -20 do +150      
 

Bondline 700 thermal conductive tape
Properties:

  • thermally conductive tape, electrically insulated

  • allows for efficient heat flow between elements

  • fills air gaps, thus reducing thermal resistance

  • provides excellent adhesion for a wide range of materials

  • permanent connection of elements

  • high dielectric strength

  • simple application

Recommended for:

  • connecting LED modules with a heat sink

  • connecting medium power components with a heat sink

Availability:

  • standard thicknesses 0.15mm, 0.25mm, 0.5mm

  • roll length 30m and 50m

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method Bondline 700 Feature (unit) Test Method Bondline 700
Colour - white Inflammability UL94 V2
Thermal conductivity (W/mK) ASTM D5470 1.1 Breakdown voltage (V) ASTM D149 >6000
Thermal resistance (oC-cm2/W) ASTM D5470 3 Tensile strength(kg/cm) ASTM 412 0.15
Operating temperature (oC) Experimental -25 do +130 Elongation (%) ASTM 412 400

Note:
Each of the above-mentioned material can be adapted to the shapes required by the customer. For this purpose, please contact the technical department of DACPOL Sp. z o.o.
 

Bondline 1800 thermal conductive tape
Properties:

  • provides an electrically insulated connection

  • prevents the formation of air gaps

  • offers a quick and easy connection of LED lighting with a heat sink

  • high thermal conductivity

Recommended for:

  • joining metal surfaces

  • attaching the heat sink to the LED lighting

  • attaching the heat sink to the power supply or transducer

Availability:

  • standard thickness 0.2mm

  • possibility of ordering rolls of custom sizes

 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test method Bondline 1800 Feature (unit) Test Method Bondline 1800
Colour - white Breakdown voltage (V) ASTM D149 >4000
Thermal conductivity (W/mK) ASTM D5470 1.80 Maximum storage length - 12 months
Thermal resistance (oC-cm2/W) ASTM D5470 0.38      
Operating temperature (oC) Experimental -20 do +120      
 

BondPutty 2000 heat transfer adhesive
Properties:
  • silicone based thermal adhesive
  • thermal conductivity 2.0W / mK
  • provides a strong and durable connection
  • excellent thermally conductive and dielectric properties
  • suitable even for delicate electronic components
Recommended for:
  • the curing speed depends on the temperature and the amount used
  • small drops (1mm-2mm) can be applied with a gun, smaller gaps require the use of specialized equipment
Availability:
  • supplied as standard in containers or buckets
  • can be stored for 12 months at a temperature below 5oC
 

Physical propertiesElectrical and mechanical properties
Feature (unit) Test Method BondPutty 2000 Feature (unit) Test Method BondPutty 2000
Colour - Gray Dielectric strength (V/mm) ASTM D149 >18000
Temperatura pracy (oC) - -45o do +210 resistivity (Ω∙cm) ASTM D257 3.4 x 1013
Thermal conductivity (W/mK) ASTM D5470 2.0 Percentage extension (%) ASTM 412 103
Hardness ASTM D2240-95 50 Tensile strength (MPa) ASTM 412 2.1
Viscosity (mPas) Brookfielda 140000      

 

119/5000
 
 
 
supplied as standard in containers or buckets
can be stored for 12 months at a temperature below 5oC
Méně
Přečtěte si více
Komentáře (0)