Products can be purchased in person at our Sopron store or through the Glass Design webshop.
WORKSHOP GIFT VOUCHER
Personalized workshop coupon.
You can order the coupon at the following email address: gd@glass-design.hu
In your email, please provide the following information: which workshop or value the coupon should be for, whose name it should be issued to, and whether you will pay by bank transfer or card.
Based on your order, we prepare and mail personalized coupons or gift vouchers with a specified value, or send them via email in a printable format. Coupons purchased this year are redeemable until June 30, 2025.
PURCHASE VOUCHER
Gift shopping vouchers available for a specific value, valid for both in-person and online purchases.
ART CLAY SILVER 7g | 10g | 20g
This material becomes pure silver after firing.
Thanks to the special properties of the clay, it can be combined with glass, porcelain, and ceramics, and can also be fired together with sterling silver and pure silver wire and components.
ART CLAY SILVER PASTE 10g | 20g
Recommended for bonding before firing, repairing possible cracks or breaks, creating structures and textures, and for the leaf technique.
Firing is the same as for other Art Clay materials: 30 minutes at 650°C, or 5-10 minutes at 800°C (rather more than less).
ART CLAY SILVER SYRINGE PASTE 5g | 10g
Art Clay silver paste in a syringe.
The package does not include the syringe tips, which can be purchased separately.
ART CLAY SILVER STARTER KIT
Recommended for beginners or as a gift starter kit.
The 13-piece set includes:
10g silver clay, wooden ring mandrel (two-piece), file, polishing tool, tweezers, firing mesh, sanding sponge (coarse, medium, fine), ring sizing paper, polishing kendo, wire brush, firing mesh, liver of sulfur (patina), instructional DVD (10 languages)
ART CLAY 950
Finally, the material designed for professionals is here: 950 silver clay, which after firing has a hardness and stability similar to sterling silver, as it is 950 pure silver. It needs to be fired in multiple stages at a higher temperature.