ILOVETOOL 4.5" 110mm Super Thin Lapidary Diamond Saw Blades Cutting Disc 5/8" Arbor

10 Pcs 4.5" 110mm Ultra-thin diamond lapidary saw blade Cutting Blade Disc 5/8" 16mm arbor, 0.4mm Rim Jewelry Gems Code 110*0.23*16 Diameter : 110mm (close to 4.5"inch) Arbor hole : 5/8" (16mm) Can be used on 1/2" (12.7mm) arbor with a bushing, Include a message when you check out telling me what size bushing you require. Thickness: (0.23mm) core thickness . Material: tinplate, diamond Quantity: Total 10 PcsProduct Description: Exclusively designed for processing materials for softer high value rocks like turquoise, gaspeite, opals. These blades are manufactured by crimping Synthetic diamonds directly into the edge of the saw blade. They are best suited for turquoise, opal, glass, and stones in the 4-6 range on the Mohs hardness scale. Advantages: achieving satisfactory cutting results and reducing unnecessary material consumption. This thin diamond lapidary saw blade offers a very good cost effective option for those that want either very thin kerfs or plan on short term use. Used for Trimming: They are excellent for trimming small shapes into stones. This simply means that these blades are meant for small material, not large or slabbing techniques. Also, these blades operate in a single direction so make sure that the arrow on the blade is pointed towards you when mounting. Use with water as a lubricant. New, Unused Blade - Not in Original Packaging These blades were originally packaged in oil so you will see several oil spots on the surface

• Used for Trimming:They are excellent for trimming small shapes into stones.
• They are best suited for turquoise, opal, glass, and stones in the 4-6 range on the Mohs hardness scale.
• Outside Diameter:110mm,Arbor hole:5/8''inch, Thickness:0.23mm, Recommend RPM:3475 RPM.
• Advantages: achieving satisfactory cutting results and reducing unnecessary material consumption.
• Use with water as a lubricant, The blades operate in a single direction so make sure that the arrow on the blade is pointed towards you when mounting.