Jewelry Tools

For use with hand buffs, brushes, felts and wood laps. Can be mixed with water or fine oil to form a paste that will impart a high luster.

Fine, 150 mesh.

Made of clay bonded fused silica for melting temperatures up to 2800°F (1538°C).Excellent for melting gold and silver.

Diameter: 1-3/4″, Depth: 5/8″, Capacity: 16 dwt – 148 g

Heat resistant crucibles, often called black lead, withstand temperatures up to 3000 degrees.

Height: 4-9/16″

Top OD: 3-7/8″

Bottom OD: 2 -/8″

Made of fused silica with clay bond, for melting temperatures up to 2500°F(1371°C). Best choice for gold, silver, bronze, etc. Dimensions do not include 3/8″ pouring spout.

The protective heat-holding cover makes this efficient for melting with a torch. Handy pouring openings. Made of fused silica with clay bond, for melting temperatures up to 2500°F (1371°C). Best choice for gold, silver, bronze, etc.

The protective heat-holding cover makes this efficient for melting with a torch. Handy pouring openings. Made of fused silica with clay bond, for melting temperatures up to 2500°F (1371°C). Best choice for gold, silver, bronze, etc.

The protective heat-holding cover makes this efficient for melting with a torch. Handy pouring openings. Made of fused silica with clay bond, for melting temperatures up to 2500° F (1371° C). Best choice for gold, silver, bronze, etc.

Rigid, metal plates for placing over mold frame openings when vulcanizing uncured rubber. Provides a more uniformly shaped and solidly packed mold. Set of two pieces.

Used to hold uncured rubber and model when vulcanizing. Made of aluminum alloy for best heat conduction

Used to hold uncured rubber and model when vulcanizing. Made of aluminum alloy for best heat conduction

Used to hold uncured rubber and model when vulcanizing. Made of aluminum alloy for best heat conduction

Slotted A for large machines. Suitable for high temperature melting of platinum, chromium, gold alloys, etc. Ideal for casting at temperatures up to 3000° F (1,650° C)

Capacity: 13 oz. (369 g)