TEMI · Family

Buffs and rollers for mirror polishing

Cotton tools with different constructions, folding patterns and centring systems.

Buffs and rollers for mirror polishing — Representative family image
Representative family image

Documented data

EP-Polishing Buffs

EP-Polishing Buffs are manufactured from special, wear-resistant cotton materials. “Thread run” of all polishing buffs is always 45° to the buff’s circumference e.g. Minimum material wear.

Outside diameters from 60 to 1000 mm.

The 45° cut to circumference allows for a consistent wear of the buff with very little dust production.

Dressing

EP-Polishing-Buffs can be dressed prior to delivery to save you the initial dust production on initial use. No “working-in” time is necessary for the operator.

Balancing

Care and attention to detail in the manufacture and folding of the polishing buff minimise unbalance. On spindle mounting, buffs should be rotated randomly to eliminate any rest unbalance.

Impregnation

EP-impregnations are environmental friendly, tried, tested and proven. Our L0/10 impregnation can be used on all types of cloth from NKG – C32 to increase the longevity of the buff.

Folding

The type of folding determines the firmness or density of EP-Polishing Buffs.

Rule-of-thumb

– closed, dense folds = firm to hard buff (corrugated wave buff D1WP and D1B) for aggressive pre-polishing

– normal folds = medium to hard, well ventilated standard buffs (type D1A/K)

– open folds = soft, excellent ventilation and the ability to submerge the work piece deep into the polishing roll (type D1C spiral)

Centers

Polishing buffs of all “K” types, i.e. all buffs with steel-clench-ring fitting, are more cost effective than buffs with cardboard centers. Interchangeable, re-usuable steel centers are used plus steel clamping plates to secure buff material on the spindle. The steel-clench-ring does not present any disposal problems.

Solid Cardboard Centers

These can be stapled into all buffs on request for an additional charge. However, these can only be used once.

Keyways, hexagonal and round bores are all possible.

EP Cotton Fabrics Used in Polishing Buff Manufacture

NFR: soft, roughened, for end-finishing sensitive surfaces, polyester, wood, silver, gold

NKG: medium, standard fabric for polishing and end-finishing, non-ferrous metals, steel or stainless steel

NKW: medium dense, hard wearing fabric for polishing, non-ferrous metals, steel or stainless steel

NF: medium dense fabric for more aggressive polishing, non-ferrous metals, steel or stainless steel

C31: medium hard fabric for aggressive polishing, non-ferrous metals, steel or stainless steel

C32: hard pre-polishing fabric for intensive stock removal up to mirror finish, non-ferrous metals, steel or stainless steel

C33: very hard pre-polishing fabric, high stock removal, non-ferrous metals, steel or stainless steel

852: yellow treated fabric, robust stock removal, with a special mirror polishing effect, steel or in particular stainless steel

930: pink treated fabric, medium hard, good stock removal, non-ferrous metals, steel or stainless steel

931: pink treated fabric, more flexible, good stock removal, non-ferrous metals or stainless steel

932: very robust but soft and flexible, very long lasting, non-ferrous metals

Buffs and rollers for mirror polishing — Original photograph

EP Polishing Discs Full leave, simple leaf construction, additional stitching allows for further stability, high quality cotton used, punched full leaves from 100 to 1000 mm Ø – quality NK dense grey cotton – quality NFR finett-flanel, roughened, soft material Applications: robotic and CNC machinery, automatic machinery or manual use

Materials and qualities

TEMI · Cotton qualities

930 and 931 identify two treated cotton qualities. NF and NFR are distinct qualities. These codes are not dimensions.

Products, types and subranges

Sources and documents

Data remain associated with their stated brand and source. Confirm configuration and availability with the local office.

Request a quotationRequest informationRequest technical data sheetRequest SDS