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Abrasive Nonwoven Flap Wheel | Grit 45 | 300 mm

AlOx / "Extra Coarse" / AO-002

Diameter 300

Thickness 30 mm

Hardness H3 Intermediate

Weight: kg

€90.64

Incl. VAT (Total price depending on the VAT rate of the country of delivery), excl. Shipping Cost

Availability

2-3 Days *

Bore Hole

Qty

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Item No.

248-AO-002-300

Description

Abrasive Non-Woven Flap Wheels

EICKELIT flap wheels are constructed from a large number of single flaps of a nylon nonwoven with firmly bonded abrasives. They are suitable for cleaning, fine grinding, satin and matt finishing of non-ferrous metals and steels as well as a wide variety of other fields of application. We offer a large standard range of abrasive fleece types based on aluminum oxide or silicon carbide with different strengths and grain sizes to optimize desired results according to our customers' individual specifications.

PRODUCT FEATURES

Nonwoven abrasive polishing disc for extra coarse grinding patterns on stationary polishing stands
Diameter 300 mm / ca. 30 mm Thickness
Core made of cardboard, reinforced with thermosetting synthetic resin compound
Freely selectable bores 25 - 65 mm
Hardness 3 = intermediate
V _max = 30 m / s, r _max = 2,000 min ^-1

Bore Holes

We manufacture your desired bore individually for you. We cover every known bore diameter for industrial polishing machines *
If you need other bore diameters or special adapters (e.g. for hexagonal shafts, with keyways, etc.), we will be happy to manufacture them on request **

* Polishing discs drilled individually at the customer's request are excluded from exchange or return in accordance with our Terms of Cancellation.

** Observe safety regulations for the minimum diameter of drive shafts!

Abrasive Nonwovens

In the manufacture of abrasive nonwovens, abrasives such as silicon carbide or aluminum oxide are firmly bonded to a nylon nonwoven by synthetic resins. Consequently, the strength and cooling effect of the abrasive fleece depends largely on the fiber strength, the fleece density and the physico-chemical properties of the binders in use
Due to its open structure, abrasive nonwovens are self-cleaning and therefore do not clog during polishing. In addition, the chemical and physical resistance of the synthetic fiber composite also allows wet use together with aqueous or oily media
Due to the flexibility of the nonwoen, even complex profiles and geometries can be efficiently processed, providing gentle material removal
Because of the constant wear and tear of the backing material, fresh abrasives are constantly released in uniform concentrations on the tool's surface. This is why polishing tools made of nonwovens are particularly low-maintenance and thus provide a very uniform finish over their entire service life
Please follow the link for further information on our range of available abrasive fleece variants

Material

Corundum / Aluminum Oxide (AO)

Corundum consists of> 95% aluminum oxide and is the most frequently used grinding tool on bonded abrasives. However, as the degree of purity increases, the hardness and brittleness of corundum increase, which has a rather negative effect on the longevity of the abrasive grain and thus the uniformity of the grinding pattern. That is why we mainly use abrasive fleeces with doped and consequently more ductile types of corundum. On the one hand, this increases the service life of the polishing tools and, on the other hand, the grinding pattern looks more balanced compared to undoped aluminum oxide.

Application

Application Instructions

New abrasive fleece polishing tools must first be carefully run in until a uniform finish is achieved
In order to avoid overheating and a subsequent disturbance of the surface structure that is difficult to correct afterwards, abrasive fleece polishing tools should be operated with as moderate to low pressure as possible
Basically, the rule applies that a lower cutting speed produces a coarser matting image
The following guide values apply to the typical cutting speeds of non-woven abrasive polishing tools:
- Non-ferrous metals 15-25 m/s
- Steels 15-25 m/s
- Thermosets 10-25 m/s
- Thermoplastics 8-15 m/s
- Acrylic glass 3-8 m/s