WIDIA WC030M03L06F02 Grooving/Parting Insert WC-U-CF Carbide Hydraulics MI-T-M 390100 Float Tank Cap

MI-T-M 390100 Float Tank Cap For Use With Grainger Item Number 2GXK7 2GXK8 3WB75 3WB76 2GXK9 2GXL1 1RM77 1RM78 For Use With Mfr Model Number GH-2504-SM10 GH-2504-SM30 GH-2504-0M10 GH-2504-0M30 GH-3004-SM10 GH-3004-SM30 GH-3004-0M10 GH-3004-0M30 Fits Brand Mi-T-M

GRAINGER STR60112C112 Shoulder Screw Shoulder Screw Type Standard Shoulder Screw Head Type Standard Drive Type Socket Material Stainless Steel Material Grade/Class 18-8 Finish Plain System of Measurement Inch Thread Size 3/8 In

SURFACE SHIELDS WS48300 Floor Protection Thickness 2 mil Length 300 ft Width 4 ft Material fibreglass Paper colour Natural Fire-Resistant No Slip-Resistant No Leak-Resistant Yes Adhesive Backing Non-Adhesive Recyclable No Application Floor Protection Backing Construction Paper Compatible Surface Material Ceramic Tile Hardwood Marble Travertine Compatible Surface Type Floors Coverage Area 1 200 sq ft For Use With All Paints Water Product Form Roll Product Type Surface Protection Paper

GRAINGER U041040620600 Hex Head Cap Screw System of Measurement Inch Basic Material Steel Material Grade Grade 8 Fastener Finish Zinc Yellow Dia

GRAINGER U129101250001 Lock Nut colour Silver Finish Zinc Plated Hex Height 1 17/64 in Hex Type Standard Hex Top Lock Hex Width 1 7/8 in Insert Material Steel Lock Type Top Lock Distorted Thread Made in North America No Manufacturer Location Globally Sourced Material Steel Material Grade/Class Grade C Material Quality Standards IFI-100/107 Pack Size Small Pack REACH Compliant Yes Removable No Resistance Properties Corrosion Resistant Rockwell Hardness HRC 26/36 RoHS Compliant Yes

WIDIA WC030M03L06F02 Grooving/Parting Insert WC-U-CF Carbide Hydraulics MI-T-M 390100 Float Tank CapWIDIA WC030M03L06F02 Parting and Grooving Insert Left Hand Max Grooving Width 3. 00mm Side Cutting Edge Angle 6 Degrees ANSI Code WC030M03L06F02 Chip Breaker Code F Chip Breaker Style On One Side Clearance Angle 10. 5 Degrees Coating Process PVD