TETHON 3D Pricing & Demo

Tethon Porcelite® Ceramic Resin is a UV-curable ceramic resin suitable for 3D printers that use SLA, DLP, or CLIP technologies with UV wavelengths. This is capable of printing at 25-micron layer thickness. Tethon ceramic resins are ideal for producing objects that require high-resolution details or high heat tolerance. Tethon 3D printing ceramic resins are applied in specialized manufacturing, automotive, aerospace, engineering, architecture, design, and more.

Pricing

Tethon has a different pricing structure based on different types of ceramic resins.

• Tethon Porcelite® Ceramic Resin is priced at $275
• Tethon Vitrolite® Glass-Ceramic Resin is priced at $275
• Tethon Bison Porcelite ceramic resin is priced at $250
• Tethon Bison Flex Ceramic Resin is priced at $250
• Tethon Bison Vitrolite Glass Ceramic Resin is priced at $250
• Tethon Mullite Ceramic Resin is priced at $250
• Tethon Tethonite® Mullite Ceramic Powder is priced at $360
• Tethon Tethonite® High Alumina Ceramic Powder is priced at $360
• Tethon Tethonite® Porcelain Ceramic Powder is priced at $360
• Tethon Tethonite® Earthenware (Terra Cotta) Ceramic Powder is priced at $360

Demo

Free Trial Unavailable.

Features

Custom-resin service - Tethon 3D offers unusual ceramic resins of all types including - Porcelite, Graphenite, Virtolite, Ferrolite, Flex ceramic, Glass, Alumina, Mullite, and Castalite. The company delivers a custom resin service for 3D printing resin to meet engineering demands.

Resistant to thermal stresses - Tethonite Mullite ceramic powder used for binder jetting additive manufacturing applications. The objects made up of mullite refractory material are resistant to thermal stresses and also have low thermal conductivity. It is used mainly in furnace liners, electrical insulators, and heat exchange parts.

High strength & low porosity - Vitrolite® Glass-Ceramic Resin used in SLA or DLP printers. This glass-ceramic resin offers high strength, low porosity or high density, and thermal shock tolerance.  It is chemical resistant and does not conduct heat or electricity. The objects made up of Vitrolite, fires at a relatively low temperature and results in a white glassy surface appearance.