ethyl silicate heat-resistant coating

ZINTEX THERM ES-1013

two-component ethyl silicate heat-resistant coating developed for carbon steel in bridges and structural steel.

THERM ES-1013two-component · ethyl silicate

Technical selection overview

Specify the exposure, surface-preparation standard, target coating system, colour, application method and destination. ZINTEX will confirm whether THERM ES-1013 fits the project or propose a made-to-order alternative.

Product familyHeat-resistant coatings
Material typeethyl silicate heat-resistant coating
Binder familyethyl silicate
Componentstwo-component
Suitable substratescarbon steel
Typical project contextsbridges and structural steel, oil and gas facilities, industrial fabrication and equipment

Source technical parameters

Volume solids 67 ± 2 %
Flash point 14 °C
Density 2.6 kg/L
VOC 455 g/L
Dry film thickness 50 - 90 µm
Wet film thickness 75 - 135 µm

Source values require project confirmation

Values are imported from the pinned source technical profile. Confirm the current approved product and batch documentation before application.

The accepted specification and current batch documentation govern application, performance and supply.

Before requesting a quotation

Provide the substrate, preparation standard, exposure, target system, colour, finish, application method, required quantity, packaging and destination. This lets technical and export review happen together.

Related technical routes

Other heat-resistant coatings

International enquiry

Request ZINTEX THERM ES-1013

Tell us what you need, where it will be used and the destination. A ZINTEX specialist will review the technical and export scope before confirming an offer.

  • industrial coating or lubricant requirement;
  • substrate, equipment and operating conditions;
  • quantity, packaging and destination country;
  • required technical and commercial documents.

Selected product ZINTEX THERM ES-1013

Submitting this form does not create an order or accept commercial terms.

Technical data sheet

Technical data sheet