Kramer KXF ceramic media vs Kramer KUFX ceramic media — source specification comparison
Compare Kramer KXF ceramic media and Kramer KUFX ceramic media from an official Kramer HTML snapshot captured on 2026-10-04 UTC. The manufacturer describes them as Extra Fast Cutting (Tan) and Ultra Aggressive (Blue-Gray), respectively. This tool separates their source fields and nominal size entries, preserves printed dimensions, and lets you record current supplier and sample questions. Qualitative descriptions and catalog codes do not establish measured performance, current availability or approval for a particular part.
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Manufacturer descriptions in the captured source
Qualitative words are quoted source labels, not numerical performance rankings.
| Source field | Kramer KXF ceramic media | Kramer KUFX ceramic media |
|---|---|---|
| Manufacturer bond | KXF | KUFX |
| Manufacturer description | Extra Fast Cutting (Tan) | Ultra Aggressive (Blue-Gray) |
| Color | See manufacturer description | See manufacturer description |
| Wear description | Not stated in this profile | Not stated in this profile |
| Finish description | Not stated in this profile | Not stated in this profile |
Printed nominal shape and size entries
Kramer KXF ceramic media
| Source shape | Printed nominal entry and catalog code |
|---|---|
| Angle Cut Cylinders 22 degrees | A 1 / 8 “ | B 11 / 32 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 5 / 32 “ | B 5 / 16 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 3 / 16 “ | B 3 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 1 / 4 “ | B 5 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 5 / 16 “ | B 5 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 3 / 8 “ | B 5 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 3 / 8 “ | B 7 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 7 / 16 “ | B 7 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 1 / 2 “ | B 7 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 5 / 8 “ | B 1 1 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 5 / 8 “ | B 1 1 / 2 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 7 / 8 “ | B 1 1 / 2 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 7 / 8 “ | B 1 3 / 4 “ | source code NS |
| Angle Cut Cylinders 45 degrees | A 3 / 8 “ | B 5 / 8 “ | source code NS |
| Angle Cut Cylinders 45 degrees | A 5 / 8 “ | B 1 1 / 8 “ | source code NS |
| Angle Cut Cylinders 60 degrees | A 1 / 4 “ | B 9 / 16 “ | source code NS |
| Angle Cut Ellipses 22 degrees | A 3 / 8 “ | B 5 / 8 “ | C 7 / 8 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 1 / 4 “ | B 3 / 16 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 1 / 4 “ | B 1 / 4 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 3 / 8 “ | B 3 / 16 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 3 / 8 “ | B 1 / 4 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 3 / 8 “ | B 3 / 8 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 5 / 8 “ | B 3 / 8 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 5 / 8 “ | B 5 / 8 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 7 / 8 “ | B 5 / 16 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 7 / 8 “ | B 3 / 8 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 7 / 8 “ | B 7 / 8 “ | source code S |
| Angle Cut Triangles 22 degrees | A 1 1 / 8 “ | B 3 / 8 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 1 1 / 8 “ | B 7 / 8 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 1 1 / 8 “ | B 1 1 / 8 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 1 3 / 8 “ | B 1 / 2 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 1 7 / 8 “ | B 5 / 8 “ | source code NS |
| Angle Cut Triangles 45 degrees | A 3 / 8 “ | B 9 / 16 “ | source code NS |
| Angle Cut Tristars 22 degrees | A 5 / 8 “ | B 1 / 4 “ | source code NS |
| Angle Cut Tristars 22 degrees | A 5 / 8 “ | B 3 / 8 “ | source code NS |
| Angle Cut Tristars 22 degrees | A 7 / 8 “ | B 5 / 16 “ | source code NS |
| Angle Cut Tristars 22 degrees | A 7 / 8 “ | B 3 / 8 “ | source code NS |
| Angle Cut Tristars 22 degrees | A 1 1 / 8 “ | B 3 / 8 “ | source code NS |
| Angle Cut Tristars 22 degrees | A 1 1 / 8 “ | B 5 / 8 “ | source code NS |
| Angle Cut Tristars 22 degrees | A 1 7 / 8 “ | B 5 / 8 “ | source code NS |
| Cones | A 1 / 2 “ | B 5 / 8 “ | source code NS |
| Cones | A 3 / 4 “ | B 7 / 8 “ | source code NS |
| Cones | A 1″ | B 1 1 / 4 “ | source code NS |
| Cones | A 1 3 / 16 “ | B 1 3 / 16 “ | source code NS |
| Cylindrical Wedges | A 7 / 16 “ | B 7 / 16 “ | source code NS |
| Cylindrical Wedges | A 5 / 8 “ | B 5 / 8 “ | source code NS |
| Cylindrical Wedges | A 3 / 4 “ | B 3 / 4 “ | source code NS |
| Cylindrical Wedges | A 1″ | B 1″ | source code NS |
| Cylindrical Wedges | A 1 1 / 2 “ | B 1 1 / 2 “ | source code NS |
| Cylindrical Wedges | A 2″ | B 2″ | source code NS |
| Straight Cut Triangles | A 1 / 4 “ | B 1 / 16 “ | source code NS |
Kramer KUFX ceramic media
| Source shape | Printed nominal entry and catalog code |
|---|---|
| Angle Cut Cylinders 22 degrees | A 1 / 8 “ | B 11 / 32 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 5 / 32 “ | B 5 / 16 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 3 / 16 “ | B 3 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 1 / 4 “ | B 5 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 5 / 16 “ | B 5 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 3 / 8 “ | B 5 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 3 / 8 “ | B 7 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 7 / 16 “ | B 7 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 1 / 2 “ | B 7 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 5 / 8 “ | B 1 1 / 8 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 5 / 8 “ | B 1 1 / 2 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 7 / 8 “ | B 1 1 / 2 “ | source code NS |
| Angle Cut Cylinders 22 degrees | A 7 / 8 “ | B 1 3 / 4 “ | source code NS |
| Angle Cut Cylinders 45 degrees | A 3 / 8 “ | B 5 / 8 “ | source code NS |
| Angle Cut Cylinders 45 degrees | A 5 / 8 “ | B 1 1 / 8 “ | source code NS |
| Angle Cut Cylinders 60 degrees | A 1 / 4 “ | B 9 / 16 “ | source code NS |
| Angle Cut Ellipses 22 degrees | A 3 / 8 “ | B 5 / 8 “ | C 7 / 8 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 1 / 4 “ | B 3 / 16 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 1 / 4 “ | B 1 / 4 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 3 / 8 “ | B 3 / 16 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 3 / 8 “ | B 1 / 4 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 3 / 8 “ | B 3 / 8 “ | source code S |
| Angle Cut Triangles 22 degrees | A 5 / 8 “ | B 3 / 8 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 5 / 8 “ | B 5 / 8 “ | source code S |
| Angle Cut Triangles 22 degrees | A 7 / 8 “ | B 5 / 16 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 7 / 8 “ | B 3 / 8 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 7 / 8 “ | B 7 / 8 “ | source code S |
| Angle Cut Triangles 22 degrees | A 1 1 / 8 “ | B 3 / 8 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 1 1 / 8 “ | B 7 / 8 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 1 1 / 8 “ | B 1 1 / 8 “ | source code S |
| Angle Cut Triangles 22 degrees | A 1 3 / 8 “ | B 1 / 2 “ | source code NS |
| Angle Cut Triangles 22 degrees | A 1 7 / 8 “ | B 5 / 8 “ | source code NS |
| Angle Cut Triangles 45 degrees | A 3 / 8 “ | B 9 / 16 “ | source code NS |
| Angle Cut Tristars 22 degrees | A 5 / 8 “ | B 1 / 4 “ | source code NS |
| Angle Cut Tristars 22 degrees | A 5 / 8 “ | B 3 / 8 “ | source code NS |
| Angle Cut Tristars 22 degrees | A 7 / 8 “ | B 5 / 16 “ | source code NS |
| Angle Cut Tristars 22 degrees | A 7 / 8 “ | B 3 / 8 “ | source code NS |
| Angle Cut Tristars 22 degrees | A 1 1 / 8 “ | B 3 / 8 “ | source code NS |
| Angle Cut Tristars 22 degrees | A 1 1 / 8 “ | B 5 / 8 “ | source code NS |
| Angle Cut Tristars 22 degrees | A 1 7 / 8 “ | B 5 / 8 “ | source code NS |
| Cones | A 1 / 2 “ | B 5 / 8 “ | source code NS |
| Cones | A 3 / 4 “ | B 7 / 8 “ | source code NS |
| Cones | A 1″ | B 1 1 / 4 “ | source code NS |
| Cones | A 1 3 / 16 “ | B 1 3 / 16 “ | source code NS |
| Cylindrical Wedges | A 7 / 16 “ | B 7 / 16 “ | source code NS |
| Cylindrical Wedges | A 5 / 8 “ | B 5 / 8 “ | source code NS |
| Cylindrical Wedges | A 3 / 4 “ | B 3 / 4 “ | source code NS |
| Cylindrical Wedges | A 1″ | B 1″ | source code NS |
| Cylindrical Wedges | A 1 1 / 2 “ | B 1 1 / 2 “ | source code NS |
| Cylindrical Wedges | A 2″ | B 2″ | source code NS |
| Straight Cut Triangles | A 1 / 4 “ | B 1 / 16 “ | source code NS |
Source notes and specification checks
S: Standard stock item (50 lb minimum order). NS: Non-Standard stock item; production scheduling, confirm availability; if not in stock, a minimum order of 1,500 lbs for manufacture. These are captured source claims; confirm the supplier’s current specifications and availability.
This independent Kramer catalog reference supports a supplier and sample discussion. Jintaijin supply, partnership, equivalent media and actual trial results are not established here. A nominal dimension does not approve a part opening: check entry, exit, orientation, worn media and separation with a current dimensioned specification and real samples.
Source: Kramer official ceramic media reference. Captured UTC: 2026-10-04T22:06:49.128035+00:00. Specification revision date not established. Snapshot SHA-256: 361b25a5c1025937a1a8c4488de80339b77e23bfcacdf52778d83a99e7c8b093.
Frequently asked questions
How do these two profiles differ in the source?
KXF is described as Extra Fast Cutting (Tan); KUFX is described as Ultra Aggressive (Blue-Gray). The source provides 51 and 51 nominal entries, respectively. Compare the printed shape and size basis before discussing samples.
Do the printed sizes share the same measurement basis?
The original A/B or A/B/C labels and printed inch notation are retained beside the source shape. The tool does not infer a volume, convert units or calculate aperture clearance.
Do source codes or storefront options prove current stock?
S and NS are catalog status codes in the captured source. Minimum-order and scheduling statements belong to Kramer and need current confirmation. They are not a Jintaijin offer.
Can wear or finish descriptions be treated as numeric rankings?
No. KXF and KUFX are compared using the manufacturer’s printed descriptions. No wear lifetime, material-removal rate, polishing time or measured roughness is calculated.
What should I record before selecting either profile?
This independent Kramer catalog reference supports a supplier and sample discussion. Jintaijin supply, partnership, equivalent media and actual trial results are not established here. A nominal dimension does not approve a part opening: check entry, exit, orientation, worn media and separation with a current dimensioned specification and real samples. Record your current supplier specification, part features, separation method, sample identifier and acceptance method in the tool. Download regenerates the JSON from the current fields.
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