Emaux-Soyer French Enamels - 80% OFF Clearance 💥 Last Chance! 📦 Fast delivery on all products Australia wide from our Melbourne warehouse 🚚 Emaux-Soyer French Enamels - 80% OFF Clearance 💥 Last Chance! 📦 Fast delivery on all products Australia wide from our Melbourne warehouse 🚚

Champagne #777 (Nano Sital, Cast In Place Gemstones) - EMERALD

$10.80 inc GST
$9.81 ex GST
 

Product Description

This Champagne #777 Nano gemstone is engineered for lost wax casting, cast-in-place stone setting, and other high-temperature jewellery manufacturing processes. Designed to be set directly into wax and cast in place, it performs reliably during investment casting, wax carving, and production jewellery workflows where colour consistency, durability, and precision are essential. Cut in a classic emerald shape, it delivers clean facet lines, strong symmetry, and an elegant, contemporary appearance.

Manufactured from advanced nano-crystalline material, this stone offers excellent thermal stability and a uniform internal structure, making it ideal for cast-in-place applications and repeatable production runs. Its refined champagne tone remains stable throughout casting and finishing, providing dependable results for professional jewellers.

Key Features

  • Gemstone Type: Champagne Nano
  • Colour: Warm champagne with subtle golden undertones
  • Shape: Emerald cut
  • Clarity: Exceptionally clean and uniform
  • Cast-In-Place Suitable: Designed for lost wax and direct-to-cast stone setting
  • High Thermal Stability: Suitable for jewellery casting when used correctly
  • Production Ready: Ideal for batch manufacturing and matched jewellery sets

Applications

  • Lost wax and investment casting
  • Cast-in-place stone setting
  • Wax carving and model making
  • Rings, pendants, and geometric jewellery designs
  • Production jewellery and repeatable designs

This emerald-cut Champagne #777 Nano gemstone delivers consistent colour, durability, and precision, making it a trusted choice for jewellers working with lost wax casting and cast-in-place techniques.

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