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Hirschmann Discharge Valve (AL2O3)

For

Specifications

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Description
Spring made of Hastelloy
For
opus ® dispenser / opus ® titration / ceramus ® / ceramus ® HF / ceramus ® classic (> 25 ml) / EM dispenser (10 ... 60 ml) / solarus ®
UNSPSC
41121500

NZ $136.92

Inc. GST

Available soon

Product description

The Hirschmann Discharge Valve (AL2O3) is a high-quality component designed for precise fluid handling in laboratory environments. Constructed from durable aluminum oxide (AL2O3), this valve offers excellent chemical resistance and mechanical strength, making it ideal for demanding laboratory applications.

Key Features:

  • Brand: Hirschmann
  • Material: AL2O3 (aluminum oxide)
  • Application: Precise fluid discharge and chemical handling
  • Design: Resistant to corrosion, wear, and chemical stress

The Hirschmann Discharge Valve (AL2O3) is essential for laboratories that require safe and efficient control over fluid dispensing and sample transfer.

Compare similar models

Discharge valve (AL2O3)
Available soon
Hirschmann Discharge Valve (AL2O3)

NZ $136.92

Inc. GST

Manufacturer P/N

9316015

Part Number

6.270 983

Manufacturer

Hirschmann

Description

Spring made of Hastelloy

discharge valve spring from platinum/iridium ceramic valve seat, for ceramus®, accu-dive®, solarus®

Manufacturer P/N

9316028

Part Number

6.229 514

Manufacturer

Hirschmann

Description

Spring made of platin-iridium

Exhaust valve Spring made of PT / IR for ceramus® classic up to 10 ml

Manufacturer P/N

9316027

Part Number

6.274 314

Manufacturer

Hirschmann

Description

Spring made of platin-iridium

Ejection valve, valve seat / ball Made of high-purity ceramics (Al2O3 99.7%), Spring made of Hastelloy for cermaus® classic 10ml

Manufacturer P/N

9316010

Part Number

7.971 606

Manufacturer

Hirschmann

Description

Spring made of Hastelloy

Frequently asked questions

It is a high-quality component designed for precise fluid handling in laboratory environments. Constructed from durable aluminum oxide (AL2O3), this valve offers excellent chemical resistance and mechanical strength, making it ideal for demanding laboratory applications.

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