SKU | 7000118622 |
---|---|
Legacy SKU | 60440139651 |
UPC | 00051141206974 |
Product Number | 466LA |
3M Finesse-it PSA Film Disc Roll 466LA is 3Ms original microreplicated film disc frequently imitated, this technology helps remove surface imperfections from clearcoats, all without changing the surface topography.
- THE ORIGINAL microreplicated film disc for clearcoat repair
- CONSISTENT RESULTS as the abrasives reveal new cutting surfaces with each use
- SAND WITH CONFIDENCE as the micro-structured silicon carbide cuts sharply, removing imperfections without gouging
- GRADES AVAILABLE in A3, A5 and A7
Product Dimensions |
Imperial | Metric |
Weight | 0.875 lbs | |
---|---|---|
Width | 7 in | |
Length | 9-1/2 in | |
Height | 11 in | |
Center Hole Diameter | 0 NP | 0.0 NP |
Shipping Dimensions |
|
Weight | 4.00007 lb |
---|---|
Length | 12.00787 in |
Width | 12.00787 in |
Height | 5.82677 in |
Color | Light Green |
---|---|
Maximum Speed | 10,000 rpm |
PRODUCT FAQ
-
What is the diameter and backing material of the 3M™ Trizact™ Finesse-it™ Film Disc Roll 466LA?
The disc roll has a diameter of 0.75 inches and features a NH (no hole) design with Die 75K backing.
-
How many discs come in each roll, and how many rolls are in a case?
There are 2000 discs per roll, and four rolls available per case.
-
Can you tell me more about the abrasiveness level of this particular film disc?
Absolutely! This A3 rated product falls into a category of medium abrasive levels.
3M™ Trizact™ Finesse-it™ Film Disc Roll 466LA is a clearcoat spot repair disc used by automotive manufacturers worldwide. It is available in three grades: A3, A5, and A7. These discs are designed for quick access and attachment to rotary tools or orbital sanders, and are available in a convenient roll form.
Silicon carbide, which is used in the production of these discs, produces a brighter finish and is commonly used for defect repair on clear coats, paint, and plastics. It can effectively refine these surfaces without significantly gouging or damaging the workpiece. Although it breaks down faster than aluminum oxide, it is still a preferred choice for many automotive manufacturers.
Recommended ApplicationsMachine Sanding
- Level/remove the defect using the 3M™ Elite Series Mini Orbital Sander 28737 or the 3M™ Mini Random Orbital Nib Sander 20244 and a 3M™ Trizact™ Finesse-it™ 466LA disc
- Spray the disc with water to prevent the abrasive from loading during sanding
- Sand the defect for 1 to 3 seconds, depending on its size
- Wipe the area clean with a Scotch-Brite™ High Performance Cloth
Hand Sanding
- Level/remove the defect using a 3M™ Finesse-it™ Hand Pad and a 466LA disc
- Spray the 466LA disc with water to prevent the abrasive from loading during sanding
- Sand the defect for 3 to 5 seconds, depending on its size
- Wipe the area clean with a Scotch-Brite™ High Performance Cloth
Automotive Finishes
Remove small defects with a 466LA A5 disc. Sand in a circular motion, holding the pad flat to ensure a fine uniform finish.
3M™ Science. Precision Finishing by Design.
3M™ Trizact™ structured abrasives are precisely shaped engineered composites evenly distributed and bonded to an abrasive backing. These extremely uniform abrasive structures can take the form of almost any three-dimensional geometric shape, including pyramids, hemispheres, and cubes, designed to enhance grinding performance. Trizact™ abrasives are identical in height and orientation, wearing just as uniformly. As they do so, fresh, sharp mineral is exposed to produce a consistent cut and a predictable, fine finish. This means fewer rejects and less rework due to out of spec results. Ongoing sharp cutting action minimizes the need to incorporate other abrasives in the sequence, thereby reducing processing steps and enhancing productivity.
In addition to high-performance abrasives, 3M microreplication technology is also used in the manufacture of a variety of 3M products such as overhead projector lenses, reflective traffic signs, and solar optical films. It's science, making your world smoother and brighter.