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Lauda Bath Liquids Therm 160, Pack of 5L No.LZB 106, Temperature Range: 60...160°C

Brand:Lauda

Capacity

Specifications

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HS Code #
39072920
Capacity
5 l
Max. temperature
160 °C
Min. temperature
60 °C
Temperature
60 ... 160 °C
Type
Therm 160
UNSPSC
41103715

NTD 21,202

Inc. VAT

Available soon

Product description

The Lauda Bath Liquids Therm 160 is a high-performance thermal liquid designed for use in temperature control applications ranging from 60...160°C. Supplied in a pack of 5L (No.LZB 106), this fluid is ideal for use in laboratory and industrial temperature baths where reliable thermal stability and low viscosity are essential. It ensures consistent heat transfer and extended usability in both heating and cooling systems.

Key Features:

  • Brand: Lauda
  • Product: Therm 160 bath liquid
  • Volume: Pack of 5L
  • Product Code: No.LZB 106
  • Temperature Range: 60...160°C
  • Application: Ideal for laboratory and industrial temperature control systems

The Lauda Bath Liquids Therm 160 provides dependable thermal performance for precise temperature regulation across a broad range.

Compare similar models

Bath liquids Therm 160 pack of 5l  No.LZB 106 temperature range: 60...160°C

Manufacturer P/N

LZB 106

Part Number

7.982 038

Manufacturer

Lauda

Capacity

5 l

Bath liquid therm 160 Canister à 20 ltr.
Available soon
Lauda Bath Liquid Therm 160 Canister, 20 ltr.

NTD 64,763

Inc. VAT

Manufacturer P/N

LZB 306

Part Number

6.289 600

Manufacturer

Lauda

Capacity

20 l

Bath liquid Therm 160 (Ultra-Therm 250 W) can of 10 l
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Lauda Bath Liquid Therm 160 (Ultra-Therm 250 W) Can of 10 l

NTD 34,206

Inc. VAT

Manufacturer P/N

LZB 206

Part Number

6.303 417

Manufacturer

Lauda

Capacity

10 l

Frequently asked questions

It is a high-performance thermal liquid designed for use in temperature control applications ranging from 60 to 160°C. Supplied in a pack of 5L (No.LZB 106), this fluid is ideal for use in laboratory and industrial temperature baths where reliable thermal stability and low viscosity are essential. It ensures consistent heat transfer and extended usability in both heating and cooling systems.

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