Crucible Tongs Gold Melting Holder Clamp Jewelry Jewellers Making Tool for Non-Ferrous Metal Gold Silver Copper Crucible Metal Melting

Crucible Tongs Gold Melting Holder Clamp Jewelry Jewellers Making Tool for Non-Ferrous Metal Gold Silver Copper Features: Our crucible tongs are high strength materials, providing a secure and powerful grip to the safe melting of gold and silver jewelry These tongs have excellent heat resistance, allowing to handle the demands of working in high temperature environments without deformation or damage Designed to hold and secure crucibles or bowl shaped containers, our tongs are perfect for melting gold, silver, and other valuable metals during the jewelry manufacturing process Our tongs can accommodate various sizes of crucibles and bowl shaped containers, making suitable for jewelry making studios, scientific laboratories, and research institutions Carefully designed and manufactured with a sturdy structure and materials, our crucible tongs can be used for a long time without wearing out or getting damaged Specifications: Color: Silver : Iron Size: As Picture Shows Quantity: 1pc Package Includes: 1x Crucible Tongs Note: Please allow a little error on the size due to manual measurement The color might exist slightly difference due to different displays

• Designed to hold and secure crucibles or bowl shaped containers, our tongs are perfect for melting gold, silver, and other valuable metals during the jewelry manufacturing process
• Our crucible tongs are high strength materials, providing a secure and powerful grip to the safe melting of gold and silver jewelry
• Our tongs can accommodate various sizes of crucibles and bowl shaped containers, making suitable for jewelry making studios, scientific laboratories, and research institutions
• Carefully designed and manufactured with a sturdy structure and materials, our crucible tongs can be used for a long time without wearing out or getting damaged
• These tongs have excellent heat resistance, allowing to handle the demands of working in high temperature environments without deformation or damage