MasterBrace 1444

THIXOTROPIC PASTE EPOXY BINDER AND ADHESIVE

MasterBrace 1444

THIXOTROPIC PASTE EPOXY BINDER AND ADHESIVE

Description

MasterBrace 1444 is a two pack, thixotropic epoxy binder which is ideal as a structural adhesive, bonding agent and binder for epoxy mortars. It is supplied as a solvent-free, smooth, non-sag paste. MasterBrace 1444 is suited to applications in the water treatment industry and is approved for contact with potable water. Tested to AS/NZS 4020.

Uses

Application to horizontal or vertical surfaces to fill rough surfaces to 5mm

As a primer for vertical surfaces for MasterSeal Traffic and Roof systems

Use as a general purpose adhesive for bonding and or repairing most materials

Structural bonding Master Builders Solutions repair mortars and concrete on vertical surfaces

Bonding metal to metal, concrete, timber etc

Patching and repairing cracks and defects in concrete and masonry with clearances of up to 5mm

Mix with aggregates to provide a repair mortar or trowelable skim coat

Advantages

A high bond strength gives MasterBrace 1444 tenacious adhesion to correctly prepared surfaces, including concrete, steel & timber

Excellent chemical resistance – maximum protection against penetration or attack by water, mineral acids, oils, fats, fuels and strong alkali and salt solutions

High early and ultimate strengths – a hard, tough adhesive which sets rapidly which helps to reduce production shutdown

Non shrink – suitable for use in critical, precision applications

Easy to use – on horizontal, vertical or overhead surfaces because of it’s paste consistency

Solvent free – low VOC

Multi-purpose – can be applied to wet and damp surfaces

Non Toxic – approved AS/NZS 4020:2002 for contact with potable water

Enquire about this product


The reCAPTCHA verification period has expired. Please reload the page.
info button
Our range now includes Master Builders Solutions products. Now we can help in even more ways.
X
Master Builder Solutions

Downloads

TDS'
SDS'
Call
Call
1300 0 BLUEY
LinkedIn