JUNLIXN 5 Inch Wool Felt Polishing Pads,5Pcs Buffing Wheels Polishing…

【Materials】The 5″ wool felt polishing pads is made of premium natural wool,soft and elastic,durable and longer lasting. 【Easy to used】The flocked hook and loop backing design,make the wool felt buffing wheel could be installation,disassembly and replaced easily and quickly,higher efficiency.

JUNLIXN 5 Inch Backing Plates Buffing Pads Holder 5/8-11 Thread Multicolored

JUNLIXN 8 Pcs 3” Abrasive Fiber Buffing Polishing Wheels 3 inches, Black

Publisher: JUNLIXN.

JUNLIXN 6″ Nylon Fiber Buffing Wheel, 5/8″ Arbor Hole 6 inches, Black

Publisher: JUNLIXN. 【Feature】Abrasive polishing wheel suitable for bench grinder, drill, electric rotary tool or pneumatic power tool, it can be water milled, oil milled, and dry tossed. 【Materials】Made of premium fiber, very durable and wear resistance, working smoothly and uniform polishing effect.

JUNLIXN 6″ Nylon Fiber Buffing Wheel, 5/8″ Arbor Hole 6 inches, Black

Publisher: JUNLIXN. 【Feature】Abrasive polishing wheel suitable for bench grinder, drill, electric rotary tool or pneumatic power tool, it can be water milled, oil milled, and dry tossed. 【Materials】Made of premium fiber, very durable and wear resistance, working smoothly and uniform polishing effect.

JUNLIXN 6″ Nylon Fiber Buffing Wheel, 5/8″ Arbor Hole 6 inches, Black

Publisher: JUNLIXN. 【Feature】Abrasive polishing wheel suitable for bench grinder, drill, electric rotary tool or pneumatic power tool, it can be water milled, oil milled, and dry tossed. 【Materials】Made of premium fiber, very durable and wear resistance, working smoothly and uniform polishing effect.

JUNLIXN 8 Pcs 3” Fiber Buffing Wheels, 3/8” Arbor Hole 3 inches, Black

【Easy to use】3/8″ arbor hole fits bench grinder and die grinder, also can fit drill with connecting rods.

JUNLIXN 8″ x 1″ Nylon Fiber Buffing Wheel,5/8″ Arbor 8 inches x 1 inch, Grey

Publisher: JUNLIXN. 【Materials】Made of premium nylon fiber, very durable and wear resistance, working smoothly and uniform polishing effect.