בס״ד
Jaco Logo

Millions of Consumable Products for the Aerospace Industry

3M Microfinishing Film Sheet 268L, 30 Mic, Type D, Unbacksized, Config

Part Number: 7100047231 View more details
7100047231 - 3M Microfinishing Film Sheet 268L, 30 Mic, Type D, Unbacksized, Config

Product Specifications

Unit of Measure
ST
Minimum Order Qty
1 ST
Incremental Order Qty
1 ST
Stock Type
Configurable
Shelf Life
3650 Days
Manufacturer ID
7100047231
UPC
7100047231
ECCN
EAR99
Manufacturer
3M
View all 12 options in 3M Microfinishing Film Sheet 268L
Other sizes & options

Details

Highlights

Available in a wide range of grades
Can be run wet or dry
High-strength polyester backing is tear resistant
Ideal for sanding plastics, paint, e-coat, ferrous and non-ferrous metals
Provides precise, controlled, close-tolerance finishes

3M Microfinishing Film Sheet 268L is designed for precise, uniform, close-tolerance surface finishes. An aluminum oxide mineral is resin-bonded to a 3MIL, high-strength polyester backing for durability.

Achieve Close-Tolerance Finishes
3M Microfinishing Film Sheet 268L helps operators achieve precise, controlled, close-tolerance surface finishes on metals, plastics and wood. This product features precision, micron-graded aluminum oxide, resin-bonded to a high-strength, durable polyester backing. Aluminum oxide is desirable among industrial professionals for its fast cut-rate and long life.

Available in a wide variety of grades, operators should consider target tolerances when selecting the right film sheet. One of the best benefits of having the abrasive in sheet form is that it can be converted to match the dimensions of your part or project. It can also be used by hand or with a variety of other tools.

Run It Wet or Dry
The polyester backing on 3M Microfinishing Film Sheet 268L maintains its strength and flexibility when run. Polyester is water resistant and can be run wet or dry. Coolant generally extends abrasive life, increases cut rate and prevents loading. Therefore, using a coolant like water may be desirable during different finishing operations.