Top Printing Machine Castings Reviews

DuraGo BR901090-02 Solid Brake Rotor (Rear)

Electrophoretic coating: provides a highly corrosion-resistant finish.
Corrosion & chemical (brake cleaner) resistant finish with the electrophoretic coating providing superior salt spray protection (per astm b-117/iso 9227).
Premium core technology allows for tighter tolerances and cleaner castings.
Multiple vane configurations for heat dissipation.

Electrophoretic Coating: Provides a highly corrosion-resistant finish.
Corrosion & chemical (brake cleaner) resistant finish with the Electrophoretic coating providing superior salt spray protection (per ASTM B-117/ISO 9227).
Premium core technology allows for tighter tolerances and cleaner castings.
Multiple vane configurations for heat dissipation.

Electrophoretic Coating provides a highly corrosion-resistant finish.
Corrosion and chemical (brake cleaner) resistant finish with the Electrophoretic coating providing superior salt spray protection (per ASTM B-117/ISO 9227).
Premium core technology allows for tighter tolerances and cleaner castings.
Multiple vane configurations for heat dissipation.

Electrophoretic Coating provides a highly corrosion-resistant finish.
Corrosion and chemical (brake cleaner) resistant finish with the Electrophoretic coating providing superior salt spray protection (per ASTM B-117/ISO 9227).
Premium core technology allows for tighter tolerances and cleaner castings.
Multiple vane configurations for heat dissipation.

Electrophoretic Coating provides a highly corrosion-resistant finish.
Corrosion and chemical (brake cleaner) resistant finish with the Electrophoretic coating providing superior salt spray protection (per ASTM B-117/ISO 9227).
Premium core technology allows for tighter tolerances and cleaner castings.
Multiple vane configurations for heat dissipation.

Electrophoretic Coating provides a highly corrosion-resistant finish.
Corrosion and chemical (brake cleaner) resistant finish with the Electrophoretic coating providing superior salt spray protection (per ASTM B-117/ISO 9227).
Premium core technology allows for tighter tolerances and cleaner castings.
Multiple vane configurations for heat dissipation.

Electrophoretic Coating provides a highly corrosion-resistant finish.
Corrosion and chemical (brake cleaner) resistant finish with the Electrophoretic coating providing superior salt spray protection (per ASTM B-117/ISO 9227).
Premium core technology allows for tighter tolerances and cleaner castings.
Multiple vane configurations for heat dissipation.

Electrophoretic coating provides a highly corrosion-resistant finish.
Corrosion and chemical (Brake cleaner) resistant finish with the Electrophoretic coating providing superior salt spray protection (per ASTM B-117/ISO 9227).
Premium core technology allows for tighter tolerances and cleaner castings.
Multiple vane configurations for heat dissipation.

Electrophoretic Coating provides a highly corrosion-resistant finish.
Corrosion and chemical (brake cleaner) resistant finish with the Electrophoretic coating providing superior salt spray protection (per ASTM B-117/ISO 9227).
Premium core technology allows for tighter tolerances and cleaner castings.
Multiple vane configurations for heat dissipation.

✅ The Delft Clay Method is a highly refined form of sand casting that substitutes genuine Delft Clay from Holland for ordinary casting sand. The process was invented by Hans Karreman, a Dutch goldsmith. Delft Clay is much finer than casting sand, providing remarkably sharp and highly detailed castings in gold, silver, copper-based alloys, pewter, etc..
✅ Castings require very little finishing work. Once you have cast your piece, the Delft Clay can be re-used. Since this is a cold-molding process, molds can be made from patterns composed of wood, wax, epoxy, plastics, and, of course, metal. Because this is a type of sand casting, it is best suited to producing castings without pronounced undercuts..

Electrophoretic Coating provides a highly corrosion-resistant finish.
Corrosion and chemical (brake cleaner) resistant finish with the Electrophoretic coating providing superior salt spray protection (per ASTM B-117/ISO 9227).
Premium core technology allows for tighter tolerances and cleaner castings.
Multiple vane configurations for heat dissipation.

✅ The Delft Clay Method is a highly refined form of sand casting that substitutes genuine Delft Clay from Holland for ordinary casting sand. The process was invented by Hans Karreman, a Dutch goldsmith. Delft Clay is much finer than casting sand, providing remarkably sharp and highly detailed castings in gold, silver, copper-based alloys, pewter, etc..
✅ Castings require very little finishing work. Once you have cast your piece, the Delft Clay can be re-used. Since this is a cold-molding process, molds can be made from patterns composed of wood, wax, epoxy, plastics, and, of course, metal. Because this is a type of sand casting, it is best suited to producing castings without pronounced undercuts..
✅ The Delft Clay Casting Kit includes: 4.4lbs Delft Clay, 2 - 60mm dia. Aluminum Ring Frame, and detailed instructions..

ACCURACY: Move your workpiece horizontally and longitudinally for precise positioning..
PRECISION: Cast side knobs accurately dial in .1mm increments..
STABILITY: Durable base has five bolt lugs for easy mounting to a machine table..
DURABILITY: Heavy-duty construction with fine-grain cast iron castings..
VERSATILITY: Hardened V-Groove jaws hold round-shaped objects both vertically and horizontally..