5 Kg Topcoat Resinpal 1305 + 100 g hardener

Description

Features

Resinpal 1305 is a pre-accelerated topcoat in a brushingconsistence. It is based on a special mixture of unsaturated polyester resins modified with isophthalic acid and dissolved in styrene. The topcoat is distinguished by an especially low styrene content and is also xylene-free.

Application

Resinpal 1305 be used for sealing moulded components that are subjected to normal loads (e.g. machine components, furniture, industrial moulded parts, canoes, etc.). It can be used for applications indoors as well as outdoors. Resinpal 1305 topcoat cures by adding ca. 1,5 % MEKP hardner.

Resinpal 1305 is distinguished by outstanding working properties at working temperatures up to 35 °C.

Colouring

Resinpal 1305 tocoat can be coloured by adding colour paste to the topcoat.

Tinting or pigmenting the base topcoat may cause deviations in viscosity and reactivity.

Since Resinpal 1305 dries tack-free; the surface is uniform and matt and should be polished to a high gloss. Deviating degrees of gloss on the surface may look like differences in the shade of colour.

Storage

Resinpal 1305 topcoat must be stored cool in closed containers, protected from sunlight. Shelf-life is at least 3 months in unopened, original containers stored up to a temperature of 20 °C. Gel and curing times may change with increasing duration of storage.

Technical data

Property Test Method Value Unit

Density at 20 °C DIN 53 217/2 ca. 1,1 - 1,3 g/ml

Viscosity at 20°C ISO 2555 15 000 - 20 000 mPas

Brookfield RV/DV-II

Spl 4 rpm 4

Styrene content 28 - 31 %

Flash poiunt DIN 53 213 + 32 °C

Curing

Reaktivität:

Method in accordance with DIN 16 945 6.2.2.1

(100 g topcoat + 1,5 g hardener)

20 - 30 °C 12 - 20 min

20 °C - Tmax 20 - 30 min

Tmax 150 - 180 °C

Gel time 20 °C in 100 g cup with 1,5 g hardener:

12 - 20 min

Attention

The information given above refers exclusively to the use of the catalyst named and the quantity specified. The use of different products or differing quantities may yield different results. Reactivity is strongly influenced by product and working temperature. Density depends on pigmentation.