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Lauda Bath Fluid Kryo 95 Canister, 5 ltr., Temperature Range: -95 ..., 160 °C

Brand:Lauda

Capacity

Specifications

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HS Code #
38221900
Capacity
5 l
Max. temperature
160 °C
Media
Silicone oil
Min. temperature
-95 °C
Temperature
-95 ... 160 °C
Type
Kryo 95
UNSPSC
41103715

NTD 37,095

Inc. VAT

Available soon

Product description

The Lauda Bath Fluid Kryo 95 Canister 5 ltr. is a high-performance thermal fluid designed for use in a wide temperature range of -95 to 160 °C. Ideal for demanding laboratory and industrial applications, this fluid ensures optimal thermal conductivity and stability across extreme temperatures. Supplied in a convenient 5-litre canister, it supports both heating and cooling tasks with exceptional reliability.

Key Features:

  • Brand: Lauda
  • Volume: 5 litres per canister
  • Temperature Range: -95 to 160 °C
  • Application: Suitable for both heating and cooling in lab and industrial systems
  • Thermal Stability: Excellent performance across wide temperature ranges

The Lauda Bath Fluid Kryo 95 is the ideal solution for consistent temperature control in professional lab settings.

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Bath fluid Kryo 95 canister à 5 ltr. temperature range: -95 ... 160 °C

Manufacturer P/N

LZB 130

Part Number

4.691 862

Manufacturer

Lauda

Capacity

5 l

Bath liquid Kryo 95 can à 10 litres
Available soon
Lauda Bath Liquid Kryo 95 Can, 10 Litres

NTD 66,316

Inc. VAT

Manufacturer P/N

LZB 230

Part Number

6.325 251

Manufacturer

Lauda

Capacity

10 l

Bath liquid Kryo 95 1 can à 20 litres
Available soon
Lauda Bath Liquid Kryo 95 1 Can, 20 Litres

NTD 126,095

Inc. VAT

Manufacturer P/N

LZB 330

Part Number

6.491 785

Manufacturer

Lauda

Capacity

20 l

Frequently asked questions

It is a high-performance thermal fluid designed for use in a wide temperature range of -95 to 160 °C. Ideal for demanding laboratory and industrial applications, this fluid ensures optimal thermal conductivity and stability across extreme temperatures. Supplied in a convenient 5-litre canister, it supports both heating and cooling tasks with exceptional reliability.

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