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Removal rate framework
Rollex GS-GC
Comparable
Reference A
Baseline
Reference B
Baseline
// Illustrative. Grit-specific, application-specific.
Case A · Gravure cylinder grinding

Comparable removal rate in selected grits for gravure cylinder grinding.

In controlled trials within selected grit ranges, Rollex GS-GC grinding stones demonstrated comparable or better material removal versus established international reference abrasives on copper cylinders.

Substrate
Copper gravure cylinder
Grit range
600# · 800# · 1000#
Machine type
Cylinder grinder (standard)
Outcome
Comparable performance, improved cost-effectiveness
Adhesive force framework
Rollex PSA
Comparable
Rollex Velcro
Comparable
Reference
Baseline
// PSA vs. Velcro differ by design, not deficit.
Case B · Microfinishing roll backings

Comparable adhesive force across PSA and Velcro backings.

Backing systems tested for adhesive force and release behavior against reference products. Rollex PSA and Velcro configurations both positioned as comparable in their respective machine categories.

Product
Microfinishing Rolls
Backings
PSA · Velcro · Anti-slip
Machines
Mirror polishing heads
Outcome
Comparable adhesive force
Side-by-side comparison of an industrial roller — matte ground surface on the left, mirror-polished finish on the right reflecting the workshop
BEFORE / AFTER · ILLUSTRATIVE
MIRROR ROLLER · POLISHED
Before
Staged grit cycle
After
Mirror finish
Case C · Mirror roller polishing

Better cost-performance on mirror roller finishing applications.

Across selected mirror roller polishing operations, Rollex microfinishing rolls delivered comparable surface finish outcomes with improved cost-effectiveness per polished meter versus the reference consumable.

Product
Microfinishing Rolls · T-Series
Grit cycle
30 μm → 9 μm → 3 μm → 0.3 μm
Substrate
Mirror roller
Outcome
Mirror finish · Better cost-performance
Methodology note

Comparison frameworks are illustrative. Rollex provides application-specific trial data against formal RFQ, with substrate, machine, operator and operation parameters controlled per engagement. Performance claims are positioned as comparable performance with improved cost-effectiveness in selected applications, not as universal superiority.

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