Interbond 2340UPC (20L) – Heat Resistant Paint

Interbond 2340UPC is a universal pipe coating that provides external protection for process piping, valves and vessels operating between -196°C (-321°F) and 230°C (446°F), as well corrosion performance in accordance with the ISO12944-9 standard at ambient temperatures. Based on alkylated amine epoxy technology, Interbond 2340UPC is a next generation epoxy phenolic coating for high temperature applications. Interbond 2340UPC delivers increased productivity and reduced rework costs compared to zinc silicate and traditional epoxy phenolic based systems.

 373,53

Discount Units Price per product
15% 5 - 10  317,50
10% 2 - 5  336,17
  • Aluminium
  • Grey
  • Olive grey
  • Pink
Clear

  • Delivered within 2 days.
  • Free shipping on orders above € 250,-.
Qty Brush/roller or spray? Max. surface
1 (20l.) Min. consumption brush/roller: 2,70 m2/lt 40m2
1 (20l.) Min. consumption spray typical DFT: 1,80 m2/lt 20m2
SKU: 2340UPC Categories: ,

Description

A high temperature pipe coating providing corrosion resistance in accordance with the ISO 12944-9 standard at ambient temperatures delivering productivity savings compared to inorganic zinc silicate and traditional epoxy phenolic based systems. Based on alkylated amine epoxy technology, Interbond 2340UPC is a next generation epoxy phenolic coating for high temperature applications.

Additional information

Weight 1.31 kg
Brand

Color

, , ,

Composition

Product type

Size

Detailed information about Interbond 2340UPC (20L) – Heat Resistant Paint

Intended usesExternal protection for process pipes, valves and vessels operating between the temperatures of -196°C (-321°F) and 230°C (446°F). Suitable for use on both carbon and stainless steel in insulated or uninsulated conditions, as well as cryogenic service. Due to its superior high DFT tolerance, Interbond 2340UPC significantly reduces the risk of thick film cracking when compared to traditional epoxy phenolic coatings. Interbond 2340UPC eliminates the temperature and humidity requirements associated with inorganic zinc coatings resulting in better quality and productivity in all climates.
Volume20
Volume solids60%
VOC390 gr/lt
Max. DFT200 µm
Min. DFT100 µm
Theor m2/lt at average DFT3,00 m2/lt
Typical DFT200
Min. consumption brush/roller m2/lt2,70 m2/lt
Min. consumption spray m2/lt typical DFT1,80 m2/lt
Drying time (25C)6 hrs
Drying time (10C)8 hrs
Drying time min. temp10
Min. application temp.-5ºC
Max. operating temp.?

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