Abel Demolding Wax 54D - 350 gr

Dislike the thermosets, polyepoxides and polyesters up to a temperature of 170 ° C and a pressure up to 100kg / cm2

Utilization

Is used by hand and allows an effective waxy surface for several demolding. It decreases the fouling of the mold and gives the demolished pieces a particularly deep gloss.

Characteristics

The wax 54 D is based on high melting point synthetic waxes and contains silicones

Aspect Hard wax

Color Pale green

Odor low

Density 0,8

Flash point 40 ° C - Flammable product -

Instructions for use

Polyesters or polyepoxides laminates

After preparation of the mold with the dough 7890 F and lusting with the Lustravit:

Spread in thin layer and continues the wax 54 D, in the following manner:

Place in a permeable cloth (wool or cotton) a little minglewed wax, tie the cloth in a ball by pressing slightly.Passes this ball on the mold so that the wax filters through the cloth, let dry until a veil occur. Whitish and luster by hand without supporting.

Repeat this operation three times to get a high-power separator movie and a mirror brilliant. Molding.

Make a new application to wax whenever necessary.

Thermosetting compression up to 170 ° C.

Using a well-impregnated wax cloth, coat the mold with a thin layer and continuous. Mold immediately.

Given the severity of the imposed constraints (temperatures and pressure), we recommend a wax application after each molding

Conditioning

 Box of 0.350 kg

Warning

In front of the multiplicity of the types and qualities of polyurethanes lacquers and varnishes, more or less adapted to the techniques of composite prints on molds made of lacquered wood or polyurethane varnish, we do not recommend the use of our waxes on molds or forms covered with these lacquers or varnishes.

However, if this technique is needed, we highly recommend a prior orientation test on the lacquer or polyurethane varnish applied to the support used.

This test says "styrene" is the following :

Pour a drop of monomer styrene to the support to be tested in 4 or 5 locations.

Cover each drop of a glass of watch (to avoid evaporation)

Check the evolution after 12 hours, 24 hours and 48 hours and more if necessary.

Check the following points compared with the surface not in contact with styrene. :

Shine / blistering / alteration of the hue

Case of a lacquer : With white paper towel (sopalin), absorb styrene drops and observe if the styrene has been colored by migration of the pigment.

Conclusion

It can be considered that lacquer or varnishes are unsuitable for the intended use if they present at points in contact with styrene the defects of tarnishing, blistering or changing complexion