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Hirschmann Recirculation Valve Spring from Platinum/Iridium Ceramic Valve Seat, for ceramus, accu-dive, solarus

Specifications

HS Code #
84799070
Description
Spring made of platin-iridium
For
opus ® dispenser / opus ® titration / ceramus ® / ceramus ® HF / solarus ®
UNSPSC
41121500

$221.48

Inc. GST

Available soon

Product description

The Hirschmann Recirculation Valve Spring is crafted from high-quality platinum/iridium and features a durable ceramic valve seat. Designed specifically for use with ceramus, accu-dive, and solarus bottle-top dispensers, this component ensures precise, long-lasting performance in demanding laboratory environments. Its superior material composition guarantees chemical resistance and optimal operational reliability.

Key Features:

  • Brand: Hirschmann
  • Material: Platinum/iridium spring with ceramic valve seat
  • Compatibility: Suitable for ceramus, accu-dive, and solarus dispensers
  • Function: Enables controlled recirculation and reduces reagent waste
  • Application: Designed for precision liquid dispensing in laboratory settings

This Hirschmann recirculation valve spring is a high-performance accessory ideal for laboratories focused on accuracy, durability, and efficiency.

Compare similar models

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

Manufacturer P/N

9316626

Part Number

6.229 515

Manufacturer

Hirschmann

Description

Spring made of platin-iridium

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

$86.82

Inc. GST

Manufacturer P/N

9316615

Part Number

6.270 985

Manufacturer

Hirschmann

Description

Spring made of Hastelloy

Frequently asked questions

It is crafted from high-quality platinum/iridium and features a durable ceramic valve seat. Designed specifically for use with ceramus, accu-dive, and solarus bottle-top dispensers, this component ensures precise, long-lasting performance in demanding laboratory environments. Its superior material composition guarantees chemical resistance and optimal operational reliability.

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