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3M™ Trizact™ Diamond Tile, 677XA, 3MIC, 1.57INxNH 157P
3M™ Trizact™ Diamond Tile, 677XA, 3MIC, 1.57INxNH 157P
3M ID 7100353335 SAP ID 7100353335 Legacy SKU 80001601808 Part Number 677XA Product Number 677XA Base SKU B5005036144 Keywords 3M, Trizact Diamond Tile, diamond lapping pads, abrasive composite pads, silicon wafer production, metal fabrication, optical product fabrication, fast cut rates, consistent cut rates, finer finish, improve part flatness, reduce process time, long pad life, edge roll-off reduction, waste disposal cost reduction, slurry elimination, lapping machine compatibility, pressure-sensitive adhesive, PSA mounting, structured abrasives, sharp staying sharp, single-sided lapping, double-sided lapping, manufacturing environment cleaner, waste management simplification, electronics market, industrial market, semiconductor market, less costly lapping, substrate material removal, equipment compatibility. Brand Trizact™ Global Product Hierarchy Structured Abrasives Commodity 1210 - Assembly Materials Base (B) - Article Number 00068060474940 Marketplace Formal Name 3M™ Trizact™ Diamond Tile, 677XA, 3MIC, 1.57INxNH 157P Material Description 677XA 3MIC 1.57INxNH 157P Marketplace Description 3M™ Trizact™ Diamond Tile 677XA, available in 3-, 6- and 9-micron grades, is used in the production of silicon wafers and fabrication of metal, electronic, and optical products. Trizact diamond pads are structured, fixed abrasive composite pads consisting of an inorganic abrasive in an organic binder, capable of lapping a multitude of substrates on varied equipment and processes. Marketplace Description Extended The pads remove material faster than some coarse slurries, while helping limit damage to substrates and reducing process time by up to 60%, according to 3M testing. Since they don’t require a slurry, they eliminate the messy residue of slurry lapping so your process, equipment, and manufacturing environment can be kept cleaner. This should also simplify your disposal and waste management. 3M’s proprietary Trizact structured abrasives can help make lapping less costly by starting sharp and staying sharp for longer. For use in either single or double-sided lapping, the pads mount to existing machine plates with a pressure-sensitive adhesive (PSA). Bullets - Fast, consistent cut rates
- Finer finish for faster polishing in subsequent steps
- Fits most lapping machines
- Formulated for long pad life
- Helps manufacturers improve part flatness
- Helps manufacturers potentially reduce their total process time by up to 60%
- Less edge roll-off and waste disposal costs compared to use of slurries
- Virtually eliminates lap plate replacement
Abrasive Material Diamond Application - Lapping
- Polishing
Attachment Type PSA Back Micron Grade 3 μm Overall Diameter (Imperial) 1.57 in Overall Diameter (Metric) 39.88 mm Overall Width (Imperial) 1.57 in Overall Width (Metric) 39.878 mm Product Form Disc Product Series 677XA Product Usage - Semiconductor Wafers
- Optical Lenses
- Optical Prisms
- Electronic Components
- Cover Glass
Substrate Quartz Sales unit EA SAP Shelf Life In Days 0 Target Warehouse Location Lead Time 16 SAP External Material Group 31191500 Base (B) - Billing Unit EA Base (B) - Customary Cubic Dimension 7.39458 IN3 Base (B) - Customary Gross Weight 0.11907 LB Base (B) - Customary Net Weight 0.11907 LB Base (B) - Metric Net Weight 0.054 KG Base (B) - Metric Cubic Dimension 121.175 CCM Base (B) - Previous Packaging Level Quantity 0.00 Base (B) - Item Quantity 1 Base (B) - Total Unit Quantity 0.00 Base (B) - Unit EA Base (B) - Pallet Layer Quantity 0.00 Base (B) - Shipping Container Per Layer Quantity 0 Consumer (2) - Item Quantity 0 Inner (3) - Item Quantity 0 Shipper (6) - Previous Packaging Level Quantity 1.00 Shipper (6) - Item Quantity 0 Shipper (6) - Total Unit Quantity 1.00 Pallet (8) - Previous Packaging Level Quantity 0.00 Pallet (8) - Previous Packaging Level Unit BOX Pallet (8) - Item Quantity 0 Pallet (8) - Total Unit Quantity 0.00 Pallet (8) - Pallet Layer Quantity 0.00 Pallet (8) - Shipping Container Per Layer Quantity 0