SOLUTONS
GW10T Electroforming Wax——A Precise Enabler in the Field of Jewelry Electroforming
GW10T Electroforming Wax is a 3D printing special material specially developed for jewelry electroforming processes. It integrates four core advantages: high toughness, high precision, easy printing and easy dewaxing, and is compatible with various conventional photopolymerization 3D printers. It can directly convert designers' 3D digital designs into high-quality electroforming prototypes, greatly simplifying the jewelry electroforming process, solving industry pain points such as poor silver oil adhesion, residual wax after dewaxing, and electrolyte pollution during electroforming of traditional electroforming wax, and providing an efficient, low-loss and high-quality solution for batch production and personalized customization of jewelry electroforming. |  |
Application Process
GW10T Electroforming Wax can quickly form high-precision wax molds through 3D printing, without complex manual wax carving and mold turning steps. The printed wax molds can be directly connected to the entire jewelry electroforming process. Through subsequent processes such as silver oil application, electroforming, dewaxing, cleaning and polishing, it perfectly reproduces the complex structure and fine texture of jewelry, realizing the seamless integration of digital design and electroforming process, greatly shortening the production cycle and improving the quality and qualification rate of jewelry electroforming finished products.
Core Advantages
- - Strong Silver Oil Adhesion, Greatly Improving Qualification Rate The material contains special functional substances, and the printed wax mold has a smooth surface. It has excellent adhesion during silver oil application, can firmly absorb silver oil without falling off, and can always maintain the integrity of the wax mold. It effectively avoids electroforming defects caused by silver oil falling off, significantly improves the qualification rate of jewelry electroforming, and reduces material loss and rework costs.
- - High Toughness and Durability, Dewaxing Without Damaging Precision The material has a hardness of up to 68 Shore D and an Izod impact strength of 7.36KJ/m², combining high hardness and high toughness. It is non-absorbent and non-swelling. During dewaxing, it can melt stably without causing any damage to the shape, dimensional accuracy and surface quality of the electroformed parts, perfectly retaining the fine details and precise dimensions of the jewelry, without additional repair processes.
- - Clean Dewaxing Without Residue, No Interference to Electroforming The material has stable thermochemical properties and can be completely removed during dewaxing, without any residual wax attached to the inner wall of the electroformed parts or complex structures (such as grooves and fine holes), avoiding residual wax affecting the electroforming effect. At the same time, during the electroforming process, the wax will not pollute the electrolyte or interfere with the uniformity of metal deposition, ensuring the surface texture and quality consistency of the electroformed finished products from the source.
- - High-Precision Forming, Accurate Detail Restoration The material has high forming precision and excellent surface quality. The printed wax mold has a smooth and delicate surface, which can meet the electroforming requirements without excessive manual polishing. It also has strong detail restoration ability, which can accurately replicate the designer's original intention, whether it is the nail position, hole position of the jewelry, or the complex hollow, carved and slit structures, fully releasing the creative space.
- - Stable Performance, Strong Process Compatibility The material has stable performance indicators, with a viscosity of 251.3Mpa·s, a density of 1.13-1.17g/cm³, a temperature range of 120-150℃, and excellent mechanical properties such as tensile strength and flexural strength. It is compatible with various photopolymerization 3D printers, no special equipment debugging is required, and it has strong compatibility with the entire jewelry electroforming process, with convenient operation and stable and reliable printing.
Applicable Scenarios
GW10T Electroforming Wax has strong versatility. It can be flexibly adapted to both small-batch personalized electroforming production of small and medium-sized jewelry workshops and large-scale electroforming manufacturing of large jewelry enterprises. It can meet the electroforming needs of various jewelry such as gold and silver, especially suitable for electroforming of jewelry with complex structures and fine textures. With its stable performance and convenient operation, it has become the preferred material in the field of jewelry electroforming, helping enterprises improve production efficiency, reduce costs and create high-quality jewelry finished products.
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