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RIDGID 36122 Image 1

RIDGID 36122 1/4 TUBE BENDER (404)

MFR Part #: 36122
SKU #: 3028743
Brand: RIDGID®
UPC: 0095691361226
RIDGID® 36122 400 Instrument Tubing Bender, Lever Bender, 90 to 180 deg, Steel
Lifetime

RIDGID® Instrument Tubing Bender, Series: 400, Lever Bender Type, 1/4 in Nominal Capacity, 90 to 180 deg Bend, 5/8 in Bend Radius, Cushion Grip, 9 in Overall Length, Steel, Powder Coated, Applicable Materials: Copper, Steel and Stainless Steel

Our 404 Imperial Instrument Lever Bender bends annealed copper, steel and stainless 1/4-inch tubing with a wall thickness less than or equal to 0.06-inches up to 180º. Offset cushion grip handles make large bends easier on your hands while the 90° start angle and unique oil-absorbing shoe minimize bending effort for more accurate results. Features a bend radius of 5/8-inches.

Product Details

RIDGID® Instrument Tubing Bender, Series: 400, Lever Bender Type, 1/4 in Nominal Capacity, 90 to 180 deg Bend, 5/8 in Bend Radius, Cushion Grip, 9 in Overall Length, Steel, Powder Coated, Applicable Materials: Copper, Steel and Stainless Steel

Our 404 Imperial Instrument Lever Bender bends annealed copper, steel and stainless 1/4-inch tubing with a wall thickness less than or equal to 0.06-inches up to 180º. Offset cushion grip handles make large bends easier on your hands while the 90° start angle and unique oil-absorbing shoe minimize bending effort for more accurate results. Features a bend radius of 5/8-inches.

Attributes

Applicable Materials: Copper, Steel and Stainless Steel
Bend Angle: 90 to 180 deg
Bend Radius: 5/8 in
Bender Type: Lever
Country Of Origin: China
Finish: Powder Coated
Handle Type: Cushion Grip
Material: Steel
Nominal Capacity: 1/4 in
Overall Length: 9 in
Series: 400

Features

  • Designed for bending annealed copper, steel and stainless with a wall thickness less than or equal to 0.06 in to a maximum of 180 deg
  • Offset cushion grip handles for comfort when forming 180 deg bends
  • A 90 deg start angle and unique oil-absorbing shoe minimize bending effort while forming accurate bends
  • Replaces 394 35190