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SteelMaster 900WF - Waterborne reactive intumescent coating

Name: SteelMaster 900WF - Waterborne reactive intumescent coating
Brand: Jotun A/S
SKU: 2DqPT7E6ktTRwLWinqWEx1

Verified by manufacturer 2 months ago

Jotun A/S

Third party certifications:

Certifire Certificate
Certificate type
EPD
Certificate type

Optimised for 90-minute fire protection, enhanced waterborne technology. Best in class for 90 minutes projects.

Jump to:

BOS

+47 33 45 70 00 Website

Application

Specially designed as a reactive fire protection system for steel constructions. Designed to protect from 30 to 120 minutes on a wide range of I section beams, columns and hollows. Fire tested and approved to BS 476 part 20/21 and EN 13381-8.

Suitable for structural steel exposed to internal environments.

Description

SteelMaster 900WF has been optimised for 90 minutes and uses enhanced waterborne technology giving 12 months shelf life. It has been developed for use on structural steel and can be used in a wide range of corrosive environments. It is easy to use through an airless spray pump and gives a good aesthetic finish.

Features and benefits:

Fire protection from 30 to 120 minutes.
Low thickness required.
HAPs free.
Low VOC, low environmental impact.
Increases productivity.
Ready to use, easy airless spray application.
Quicker project completion.

General information

Color	White
Material	Water-borne
Shape	Formless

Uniclass	Pr_35_31_68_43 Intumescent protective coatingsPrimary
CAWS	G10/630 Galvanizing plus site-applied G10/660 Shop plus site painting G10/640 Shop painting M61/140 On-site overcoating to existing steel M61/150 Off-site coating to unprimed steel M61/160 Off-site coating to primed steel M61/170 Off-site coating to galvanized steel M61/120 On-site coating to existing steel M61/115 On-site coating to galvanized steel M61/110 On-site coating to primed steel

Specification data - Intumescent protective coatings

Composition	Water-based.
Colour	White.

Volume solids	To ISO 3233, 73±4%.
Flash point	To ISO 3679, 101℃. Manufacturer guidance Method 1.
Dry film thickness	220—730 μm.
Wet film thickness (minimum)	300—1000 μm.