Metallic Bronze Powder KD-500 10g

Code: F-4428

Not rated Rating details

28193 metalicky prasek bronze kd 500 10g

1,79 € / pcs 1,48 € excl. VAT

In stock (>10 pcs)

Delivery to: 2. 6. 2026 Delivery options

Metallic Bronze Powder – a rich bronze shade for a decorative effect.

Detailed information

Objednávky v pracovní dny do 9:00 odesíláme tentýž den

Máme vlastní online kurzy a workshopy - jak pracovat s pryskyřicí

Poradíme vám s výběrem i samotným procesem

Silikonová forma na podtácek 1121-23-2 Kámen 185mm

Sale

2,24 € –64 %

Silicone Coaster Mould 1121-23-2 Stone 185mm

In stock (6 pcs)

0,66 € excl. VAT

0,80 €

Stone 185 mm – a large, natural shape for design projects.

98945141

Řetízek na krk bavlněný fialový 9642 45 cm 10ks

Sale

2,64 € –45 %

Necklace cord cotton purple 9642 45 cm 10pcs

In stock (>10 pcs)

1,19 € excl. VAT

1,44 €

Purple cotton chain for making pendants with a romantic touch.

RETIZEK-VOSK-9642

Show all related products

Product detailed description

Metallic powder is designed for colouring epoxy resin (casting resin). These are pure pigments obtained by grinding or crushing materials based on mica and metals. Colour shades of metallic powders can be mixed together to create further colour variations. The scope of use is vast. They can be used for resin jewellery, resin tables, resin decorations, resin pictures or when working with a silicone mould for jewellery.

Technical specification:

Colour: Bronze

Weight: 10g

Material: Mica - Metal oxides, extra fine
Usage: interior - exterior
Usage: colouring of epoxy resin

It is not possible to make a definitive recommendation for the amount needed to colour epoxy resin. The colour result and resulting technical properties of the resin must be tested individually. As a guide, the proportion of pigment to resin should not exceed 20% of the resin volume.

Attention! Metallic powder in casting resin accelerates the reaction of components A and B. This shortens the processing time. After thorough mixing, try to pour the casting resin onto the surface as soon as possible so that the heat from the reaction can escape from the mixed compound.