SMT 624 Supra Abrasive mop discs for Stainless steel, Steel

Properties
Class Supra
Grain Zirconia alumina
Backing plate Glass fibre
Design Convex 12°
Aggressiveness
Service life
Materials
Stainless steel
Steel
Applications
Locksmith's shop
Metal construction
Steel construction

SMT 624 Supra - abrasive mop disc for stainless steel and steel

Surface processing on stainless steel and steel necessitates abrasive discs that are guaranteed to deliver a high removal rate and an aggressive stock removal rate. The flap disc SMT 624 Supra fits these requirements. It comes

  • in various sizes,
  • with different holes, and
  • a wide range of grit sizes.

Therefore, it is suitable for all conventional angle grinders as well as for numerous applications.

Supra abrasive mop discs for high levels of performance

The abrasive mop discs included in the “Supra” offer the perfect combination of high removal rates and exceptional service life. This unique blend makes them equally attractive for professional applications and use by hobby and home users with high standards. The unrivalled performance of the flap disc SMT 624 Supra is ensured by its robust and powerful zirconia alumina. The material is self-sharpening as it keeps forming new sharp edges throughout the grinding process. Composed of a sturdy glass fibre backing plate, it satisfies the most stringent safety standards thanks to its extreme strength. The permissible speed ranges up to 15,300 revolutions per minute - depending on the diameter of the disc. The larger the abrasive mop disc, the lower the permissible speeds. A label on the disc indicates its specific permissible speed range.

Convex shape for special tasks

The flap disc SMT 624 Supra boasts a 12° convex angle . It is the perfect fit for anyone in need of a high removal rate on edges, weld seams and other small surfaces. Another area where it shows its exceptional abilities is chamfering. Especially when combined with powerful angle grinders, this abrasive disc demonstrates its aggressive stock removal rate while, at the same time, affording the user exceptional ease of use. Since the fan-shaped arrangement of the flaps produces a uniform scratch pattern, the user will be spared the chore of reworking the workpieces even if working with coarser grits.

Abrasive mop disc SMT 624 offers a host of positive attributes

Doing away with the need for frequent tool changes, the positive characteristics of the flap disc SMT 624 Supra make a major contribution to efficient work results. What is more, the durable backing plate of this flap disc also improves safety. Its satisfies key requirements of safety thanks to its low-vibration and minimal noise generation.

Available grits
16 24 30 36 40 50 60 80 100 120 150 180 220 240 280 320 360 400 500 600 800 1000 1200 1500 2000 2500 3000
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Diameter/mm Bore/mm Form Grit Vmax m/s Max. RPM Coated abrasives Type structural shape
100
Diameter
16
Bore
P
Form
36
Grit
80
Vmax
15,300
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
100
Diameter
16
Bore
P
Form
40
Grit
80
Vmax
15,300
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
100
Diameter
16
Bore
P
Form
60
Grit
80
Vmax
15,300
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
100
Diameter
16
Bore
P
Form
80
Grit
80
Vmax
15,300
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
115
Diameter
22.23
Bore
P
Form
36
Grit
80
Vmax
13,300
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
115
Diameter
22.23
Bore
P
Form
40
Grit
80
Vmax
13,300
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
115
Diameter
22.23
Bore
P
Form
50
Grit
80
Vmax
13,300
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
115
Diameter
22.23
Bore
P
Form
60
Grit
80
Vmax
13,300
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
115
Diameter
22.23
Bore
P
Form
80
Grit
80
Vmax
13,300
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
115
Diameter
22.23
Bore
P
Form
120
Grit
80
Vmax
13,300
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
125
Diameter
22.23
Bore
P
Form
36
Grit
80
Vmax
12,200
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
125
Diameter
22.23
Bore
P
Form
40
Grit
80
Vmax
12,200
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
125
Diameter
22.23
Bore
P
Form
50
Grit
80
Vmax
12,200
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
125
Diameter
22.23
Bore
P
Form
60
Grit
80
Vmax
12,200
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
125
Diameter
22.23
Bore
P
Form
80
Grit
80
Vmax
12,200
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
125
Diameter
22.23
Bore
P
Form
120
Grit
80
Vmax
12,200
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
150
Diameter
22.23
Bore
P
Form
40
Grit
80
Vmax
10,200
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
150
Diameter
22.23
Bore
P
Form
60
Grit
80
Vmax
10,200
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
150
Diameter
22.23
Bore
P
Form
80
Grit
80
Vmax
10,200
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
180
Diameter
22.23
Bore
P
Form
36
Grit
80
Vmax
8,500
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
180
Diameter
22.23
Bore
P
Form
40
Grit
80
Vmax
8,500
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
180
Diameter
22.23
Bore
P
Form
60
Grit
80
Vmax
8,500
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
180
Diameter
22.23
Bore
P
Form
80
Grit
80
Vmax
8,500
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape
180
Diameter
22.23
Bore
P
Form
120
Grit
80
Vmax
8,500
Max. RPM
CS 461 X
Coated abrasives Type
convex
structural shape