ILOVETOOL 8 inch Diamond Lapidary Diamond Saw Blades Gemstone Cutting Disc Arbor 16mm($22.90Value)

Description

8-inch diameter (200mm) with a versatile 5/8" (16mm) arbor hole and included 1/2" bushing for easy adaptation to different machines. Perfect for precision cutting of stones, rocks, and gem materials Designed for cutting materials in the 4-6 Mohs hardness scale, including turquoise, opal, and glass. The synthetic diamond-impregnated edge ensures clean, precise cuts with minimal wear Manufactured using advanced crimping technology, these blades securely embed synthetic diamonds into the blade edge for long-lasting sharpness and superior cutting efficiency Optimize cutting performance with light oil or water as a lubricant to reduce friction and heat, ensuring smooth operation and extended blade life. Suitable for lapidary work and hobbyists Each blade is securely packaged in a sturdy paper box with dimensions of 9.2" x 9.2" x 1.2". This packaging ensures safe storage and easy handling 8" inch Notched Rim Diamond Lapidary Rock Saw Blade 5/8" (16mm) Arbor with Bushing 1/2" Code 200*0.5*16
Product Specification:
Outside Diameter:8" (200mm)
Arbor hole:5/8" (16mm)
Core Thickness:0.02"(0.5mm)
Notched Rim Thickness:0.028''(0.7mm)
Arbor hole is 5/8'' Available bushings are: 1/2" (12.7mm)
Quantity: 1 Piece
This blade will perform well on most of hardness rock
It has held up extremely well and cuts just about any kind of rock, from the very soft Petoskey Stone fossils to hard jasper, petrified wood, geodes.
Use with light oil or water as a lubricant
A high concentration diamonds are crimped into the blade rim
More diamonds in the notched rim and a stiffer core make this blade cut faster and provide a long use-life.
These blades work well with most lapidary materials and are a very affordable alternative to name brand blades. Diamonds Series blades are a great low cost choice for your lapidary saw.
New, Unused Blade - Not in Original Packaging
These blades were originally packaged in oil so you will see several oil spots on the surface.