Quick View

Ardrox 2312 is a blend of non-chlorinated and non-aromatic solvents togehter with an activator designed for use by immersion at ambient temperatures.

 See Options
Bulk discounts
1+
$650.13 + VAT
2+
$617.63 + VAT
4+
$601.37 + VAT
8+
$585.12 + VAT
Basket
Skip to main content
  • basket icon Order & Quote Functionality
  • door icon No Minimum Order Value
  • paper icon Technical Document Library

Ardrox 2312 Non-Chlorinated Silicone Rubber Remover 25Lt Pail

Silmid P/N: P0220681
$650.13 (excl VAT) $650.13 (Inc VAT)
No Stock - Standard lead time 59 business days
Bulk discounts
1+
$650.13 + VAT
2+
$617.63 + VAT
4+
$601.37 + VAT
8+
$585.12 + VAT

Ardrox 2312 is a blend of non-chlorinated and non-aromatic solvents togehter with an activator designed for use by immersion at ambient temperatures.

Technical Information

  • UN Number 2586 CL8
  • Commodity Code 38140090
  • Country of Origin France

Data Sheets

Download the Ardrox 2312 Non-Chlorinated Silicone Rubber Remover 25Lt Pail technical data sheet (TDS) and the Ardrox 2312 Non-Chlorinated Silicone Rubber Remover 25Lt Pail safety data sheet (SDS) from Silmid today. Once you have logged in or signed up, the datasheet will be visible for download if one is available.

Product Properties

Product Colour
Brown
Manufacturer Name
CHEMETALL

Product Information

Ardrox 2312 is designed for the rapid removal of silcone and other bonding rubbers from metal components. A typical example are compressor blades which, in gas turbine engines are often bonded onto the compressor disc using silicone rubbers.

This product will also remove abradable rubber coatings which are often used in the compressor casings of gas turbine engines.

Shipping information

International delivery (door to door delivery) is available for selected countries worldwide. Shipping will be automatically calculated based on the weight, location and hazardous nature of the goods. Customers can also choose ex works to arrange their own collection.

Please refer to our delivery page for more information.