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3M Ring Tongue Terminal ensures an ideal fit while offering reliable and safe performance. The terminal has a vinyl-insulated, butted-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Ring Tongue Terminal ensures an ideal fit while offering reliable and safe performance. The terminal has a nylon-insulated, brazed-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Ring Tongue Terminal ensures an ideal fit while offering reliable and safe performance. The terminal has a nylon-insulated, brazed-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Ring Tongue Terminal ensures an ideal fit while offering reliable and safe performance. The terminal has a nylon-insulated, brazed-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Ring Tongue Terminal ensures an ideal fit while offering reliable and safe performance. The terminal has a nylon-insulated, brazed-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Ring Tongue Terminal ensures an ideal fit while offering reliable and safe performance. The terminal has a nylon-insulated, brazed-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Ring Tongue Terminal ensures an ideal fit while offering reliable and safe performance. The terminal has a nylon-insulated, brazed-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Locking Fork is a lug connection terminal that has a spring-like tongue to securely lock around the stud. The non-insulated, brazed-seam barrel has a beveled mouth that guides the wire into position, and it withstands a maximum temperature of 347 degrees F (175 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

Scotch-Brite Finishing Flap Brush is constructed from sections of non-woven material slit lengthwise and bonded to a cylindrical core. This long-lasting brush provides improved consistency and greater control over a number of critical prep and finishing tasks, to include polishing and aesthetic finishing, such as brushed finishes on copper, brass, stainless steel, aluminum, and other metals.

3M Locking Fork Terminal has a spring-like tongue to securely lock around the stud. The terminal has a nylon-insulated, butted-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Fork Terminal has a wider tongue for use on free-standing studs. The non-insulated, brazed-seam barrel has a beveled mouth that guides the wire into position, and it withstands a maximum temperature of 347 degrees F (175 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Fork Terminal has a wider tongue for use on free-standing studs. The non-insulated, brazed-seam barrel has a beveled mouth that guides the wire into position, and it withstands a maximum temperature of 347 degrees F (175 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.