Porter-Cable® 43336 Router Bit, 3/4 in Dia Cutting, 1/4 in Dia Shank, Carbide
Porter-Cable® 43336 Router Bit, 3/4 in Dia Cutting, 1/4 in Dia Shank, Carbide
-
BrandPorter-Cable®
-
UPC039404104687
-
Manufacturer Part Number43336
-
CountryUSA
-
MaterialCarbide
-
Shank Diameter1/4 in
-
Number of Flutes2
-
Cutting Diameter3/4 in
-
Shank TypeStraight
-
UNSPSC27112821
Recently Viewed
Porter-Cable® 43336 Router Bit, 3/4 in Dia Cutting, 1/4 in Dia Shank, Carbide
Porter-Cable® 43336 Router Bit, 3/4 in Dia Cutting, 1/4 in Dia Shank, Carbide
Klein® KTSB14 Step Drill Bit, 3/16 in Dia Min Hole, 7/8 in Dia Max Hole, Steel, 3/8 in Shank
Straight, Double Fluted Step Drill Bits from Klein Tools provide cleaner cutting and drilling. The aluminum titanium coating is 10 times more durable than steamed black oxide for longer bit life. 3/8-Inch hex shank is durable, and has a firm, positive grip. Laser-etched markings provide quick size identification on primary holes. This step bit has 12-hole sizes from 3/16-Inch to 7/8-Inch (4.8 to 22.2 mm).
8-OZ PVC CEMENT-REGULAR CLEAR JWH 419796-OAT31013 >
Knipex® 86 03 180 SBA Pliers Wrench, 1-3/8 in Nut Nominal, 1 in L x 7/8 in W Chrome Vanadium Steel Narrow Gripping Straight Jaw, Parallel Jaw Surface, 180 mm OAL
Knipex® 86 03 180 SBA Pliers Wrench, 1-3/8 in Nut Nominal, 1 in L x 7/8 in W Chrome Vanadium Steel Narrow Gripping Straight Jaw, Parallel Jaw Surface, 180 mm OAL
Browning® Gearbelt® 1054634 Type 1 Synchronous Timing Pulley With Flange, 3/4 in Finished Bore, 1.76 in OD, 15 Grooves, 1.79 in Dia Pitch, 1 in W Face
Synchronous belt drives help reduce the problems of slippage, belt stretch, lubrication and metal to metal contact. They provide superior performance because power is transmitted by positive engagement of belt teeth rather than by friction, as in conventional belt drives.
Browning® Gearbelt® 1054642 Type 1 Synchronous Timing Pulley With Flange, 1/2 in Finished Bore, 1.88 in OD, 16 Grooves, 1.91 in Dia Pitch, 1 in W Face
Synchronous belt drives help reduce the problems of slippage, belt stretch, lubrication and metal to metal contact. They provide superior performance because power is transmitted by positive engagement of belt teeth rather than by friction, as in conventional belt drives.
