WOOSTER 300BLA3 Stair Tread Cover Lip Height 1 1/16 in Nose Style Square Installation Hardware Included No Surface Design Double-Strip Grit colour Black Edge Style Beveled Indoor/Outdoor Indoor Outdoor Installation Method Adhesive Material Extruded Aluminum Number of Grit Strips 2 Overall Depth 9 in Overall Width 36 in Product Type Anti-Slip Stair Tread Series Flexmaster(R) 300
MIDWEST CONTROL SSF200 Manual Two-Way Ball Valve Body Material 316 Stainless Steel For Media Air Steam Water Valve Construction Two-Piece Nominal Valve Size 2 in Valve Body Style Straight 3-A Standard Compliance Not Rated Average Surface Roughness (Ra) Not Applicable Maximum Pressure - Operating 600 psi Maximum Pressure - Steam 150 psi Maximum Pressure - Combustible Gas Not Rated Vacuum Service Rating 29
BAILEIGH INDUSTRIAL BA9RDB500220SB Metal Bender Bend Mechanism Style Ratchet-Driven Bend Type Markings Digital Read Out from 0 to 180 Degrees Tubing Outside Diametre 3 in Bend Angle - Minimum 0 Degrees Bend Angle - Maximum 206 Degrees centreline Bend Radius 20 in for Mild Steel Application For Pipe Bending Calibration Increments 0
AMERICAN METALCRAFT RSM2 Riser Set Product Type Riser colour Mahogany Material Wood Number of Pieces 3 Overall Height 9 5/8 in Overall Length 9 1/2 in Overall Width 9 5/8 in
04 in Housing Material ABS colour White Compatible Tape Type Cellophane Cloth Creped Double-Sided Filament Kraft Polypropylene Maximum Dispensing Length 39 21/32 in Maximum Tape Roll Diametre 7 in Minimum Dispensing Length 1 3/16 in Mounting Location Table
WESTWARD 20YC92 K4466 Welding Wire 1/16 DECOP Ladders & Platforms WOOSTER 300BLA3 Stair Tread CoverWESTWARD 20YC92 K4466 TIG Welding Rod AWS Classification ERCu Material Copper Process TIG Welding (GTAW) Overall Diametre 0. 0625 in Overall Length 36 in Tensile Strength (As Welded) 8 ksi Yield Strength (Minimum Required) 29 ksi Yield Strength (As Welded) 29 ksi Series ERCu Weight 1 lb For Material Type Copper to Copper Welding Current Designation AC DCEN For Welding Position Flat Horizontal Overhead Vertical Down Vertical Up Tensile Strength