Pasta termica Kerafol KERATHERM® KP98 500g
  • Pasta termica Kerafol KERATHERM® KP98 500g

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Producător: Kerafol

Pasta termica Kerafol KERATHERM® KP98 500g

  • KP98.500G

KERATHERM® KP98 thermal conductive paste is a one-component silicone filled with ceramics with high thermal conductivity.

Long-term reliability of KP products guarantees full operability for the entire life of the product. Under normal conditions of use, KERATHERM® thermal pastes do not harden, dry out or melt.

Product Features:

  • High thermal conductivity
  • The mixture does not dry out
  • Silicone components do not leak from the mixture
  • High viscosity

Packing

  • Dispensers: 5 ml
  • Cartridges: 75/310/360 ml
  • Cans: 0.5/1.0 kg
Jednostka KP98
Color Gray
Thermal resistance Rth K/W 0.01
Thermal impedance Rti °Cmm2/WKin2/W 4.10.0064
Thermal conductivity λ W/mK 6.0
Electrical conductivity (according to DIN 51412-1) pS/m 0
Measure. thickness (+/- 10%) mm 0.025
application temperature °C -60 ÷ 200
Density g/cm3 2.2
Viscosity* Pas 110 – 150
Total weight loss Ma.-% < 1.3
522,75 PLN
522,75 PLN Preț brut / buc.
425,00 PLN Preț net / buc.
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Disponibilitate: Disponibil cantitate buc: 5
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KERATHERM® KP98 thermal conductive paste is a one-component silicone filled with ceramics with high thermal conductivity.

Long-term reliability of KP products guarantees full operability for the entire life of the product. Under normal conditions of use, KERATHERM® thermal pastes do not harden, dry out or melt.

Product Features:

  • High thermal conductivity
  • The mixture does not dry out
  • Silicone components do not leak from the mixture
  • High viscosity

Packing

  • Dispensers: 5 ml
  • Cartridges: 75/310/360 ml
  • Cans: 0.5/1.0 kg
Jednostka KP98
Color Gray
Thermal resistance Rth K/W 0.01
Thermal impedance Rti °Cmm2/WKin2/W 4.10.0064
Thermal conductivity λ W/mK 6.0
Electrical conductivity (according to DIN 51412-1) pS/m 0
Measure. thickness (+/- 10%) mm 0.025
application temperature °C -60 ÷ 200
Density g/cm3 2.2
Viscosity* Pas 110 – 150
Total weight loss Ma.-% < 1.3