All products Science Materials - Delta Microscopies

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	Sapphire Burnishing/Deburring Tool This tool will out-perform any stone for the fine burnishing of soft or hard materials… Show more (+) This tool will out-perform any stone for the fine burnishing of soft or hard materials such as; miniature pivots, shafts, and pins that are made from hard steel, carbide and even ceramic. This precisely ground sapphire blade is 1.5 mm x 2.3 mm, 14 mm long (0.06 x 0.09 x .56"). It is permanently mounted in a hexagonal gold anodized aluminum handle. Total length is 120 mm (4.75"). each Show less (-)
	SEM Sample Mountant – Dual Use each
	SiC Dressing Stick Made from silicon carbide. Use for cutting blade dressing. Unit : 1 stick
	Silcone Carbide Powder SiC Dark gray 98% SiC. Hardness, Moh's scale 9.0; Knoop Scale 2500. Crystallography: hexagonal –… Show more (+) Dark gray 98% SiC. Hardness, Moh's scale 9.0; Knoop Scale 2500. Crystallography: hexagonal – alpha and beta phase. MSDS Show less (-)
	Silicon Carbide Abrasive Film Discs Dimensions: 8" Diameter
	Silicon Carbide Discs (SCD), Wet or Dry Plain Back 8" (203 mm) Silicon Carbide Discs (SCD), Wet or Dry Plain Back
	Silicon Carbide Discs (SCD), Wet or Dry PSA Back 8" (203 mm) Silicon Carbide Discs (SCD), Wet or Dry PSA Back
	Silicon Wafers Type P These silicon wafers can be used for substrate studies or as substrate for AFM and… Show more (+) These silicon wafers can be used for substrate studies or as substrate for AFM and SEM samples by cleaving the wafer. Show less (-)
	Silicone Mold This mold is for acrylic resins only and the best mounting cup for all of… Show more (+) This mold is for acrylic resins only and the best mounting cup for all of our acrylic resins. The flexible silicone rubber makes it very easy to remove the mount from the mounting cup. Show less (-)
	Silver Coated Substrates We offer a variety of economically priced silver coated substrates. All coatings are deposited under… Show more (+) We offer a variety of economically priced silver coated substrates. All coatings are deposited under vacuum using electron beam evaporation. These high quality substrates are coated with 500 Å (50 nm) of silver, with a thin titanium adhesion layer (2-7 nm) between the glass and silver coating. This adhesion layer can also be replaced with […] Show less (-)

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