NON-WOVEN ABRASIVES

Non-Woven Abrasive Surface Conditioning

  • Cleaning
  • Finishing
  • Deburring
  • Deoxidizing
  • Descaling

The principle reason to select the non-woven material, is for the purpose of achieving the desired result, with a uniform satin finish.

Non-Woven brushes bring the maximum amount of abrasive grit points in contact with the surface.

IF YOUR LOOKING FOR THE BEST BRUSH TO OPTIMIZE YOUR SPECIFIC APPLICATION, YOU SHOULD CALL US!

Wide Face NON-WOVEN ABRASIVE BRUSHES

Advantages

  • Do not alter geometric shape of work piece
  • Increase surface resistance against corrosion
  • Enlarge the surface, resulting in optimal adhesive qualities for subsequent coatings
  • Equal distribution of abrasives guarantees a uniform and reproducible surface
  • Used in dry or wet conditions and in connection with oils and/or mild detergents
  • Cause minimal heat to the work piece
  • Facilitate easy profiling
  • Ready to use at any time—no long assembly times involved
  • Do not get glazed over as other media
  • Operate at low noise levels
  • Do not require secondary devices for deburring

Characteristics

  • Excellent self-healing performance under surface tears
  • Cross-stitched webbing for a long life
  • Various Grit sizes and finishes (refer to chart below)
  • PU Impregnated Non-Woven nylon brushes for special applications
  • Thin, uniform adhesive ring
  • Solid power transmission, flange to core
  • Dynamically Balanced
  • Rigid Core
  • Industries Largest Selection of Non-Woven Abrasive Materials

Abrasive Non-Woven Product Line
Types, Brush Construction, Accessories

  • - Star-shaped arranged FALCONBRITE
  • - Various hardnesses
  • - Various degrees of grit size and various grain types
  • - No additional impregnation
  • - No clogging of the tool surface
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NON-WOVEN FLAP BRUSH CONSTRUCTION
Non-Impregnated

NON-WOVEN FLAP BRUSH CONSTRUCTION

  • - Star-shaped arranged FALCONBRITE
  • - Various hardnesses
  • - Various degrees of grit size and various grain types
  • - Temperature resistant duroplast impregnation
  • - Also available as longlife impregnation
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NON-WOVEN FLAP BRUSH CONSTRUCTION
PU-Impregnated

NON-WOVEN FLAP BRUSH CONSTRUCTION

  • - Star-shaped arranged FALCONBRITE
  • - Various hardnesses and grain types
  • - Temperature resistant duroplast impregnation
  • - Also available as longlife impregnation
  • - High micro-accuracy
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NON-WOVEN FLAP BRUSH CONSTRUCTION
Liquid-Impregnated

NON-WOVEN FLAP BRUSH CONSTRUCTION

  • - Spiral wound brushes FALCONBRITE
  • - Various hardnesses and grain types
  • - Temperature resistant duroplast impregnation
  • - Also available as longlife impregnation
  • - Constant hardness
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NON-WOVEN CONVOLUTE BRUSH CONSTRUCTION
Liquid-Impregnated

NON-WOVEN CONVOLUTE BRUSH CONSTRUCTION

  • - Effective removal of corrosion, burrs, dirt
  • - Decorative, even surface finish with a defined roughness depth
  • - Removal of punching and firing burrs
  • - Descaling flame cuts
  • - Finishing
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NON-WOVEN DISC BRUSH CONSTRUCTION
PU-Impregnated

NON-WOVEN DISC BRUSH CONSTRUCTION

  • - Star-shaped arranged FALCONBRITE
  • - Combined with abrasive cloth
  • - Various hardnesses
  • - Various degrees of grit size and various grain types
  • - No additional impregnation
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INTERLEAVED FLAP BRUSH CONSTRUCTION
Non-Woven & Sand Paper

INTERLEAVED FLAP BRUSH CONSTRUCTION

  • - Folded FALCONBRITE
  • - Various hardnesses
  • - Various degrees of grit size and various grain types
  • - No additional impregnation
  • - No clogging of the tool surface
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BIAS CONSTRUCTION
Cotton Buffing Wheels

BIAS CONSTRUCTION

Details

Technical Info
Technology
Service
Applications

Technical Information

WORKING SPEED:

When selecting the working speed for non-woven abrasive brushes, it is most important to consider two different criteria:

  • 1. The maximum speed provides a sufficient degree of safety, and stays within the physical limitations of the relevant tool construction.
  • 2. The functional speed corresponds with the working speed in order to achieve the required results.

The following recommended peripheral speeds have been established in numerous tests. These tests have clearly indicated that the functional speed for our products is lower than the stated maximum speed. Subsequently, the stated maximum operating speed should not be exceeded, not even for test purposes. The best setting for an optimum functional speed can often only be determined after briefly testing the chosen tool on the relevant work piece, particularly if it is important to improve the visual appearance of the work piece.

APT RECOMMENDATION FOR WORKING SPEED:
  • 1. The lower the working speed, the longer the life span of the tool.
  • 2. The higher the working speed, the greater the grinding effect, the shorter the life span of the tool.
APT – NON-WOVEN PRODUCT MATERIAL RECOMMENDED WORKING SPEED / PERIPHERAL SPEED
Non-woven flap wheel
(not impregnated)
Wood
Steel
Stainless Steel
Non-ferrous metals
33 – 40 ft/s
40 – 65 ft/s
33 – 50 ft/s
23 – 50 ft/s
Non-woven flap wheel
Non-woven convoluted wheel
Steel
Non-ferrous metals
Plastic
56 – 79 ft/s
33 – 92 ft/s
40 – 60 ft/s
CONVEYOR SPEED:

The feed rate determines the speed at which the work piece is conveyed past the tool. It is expressed in meters per minute (m/min). The ‘process time’ is dependent on the feed rate. The process time is the time during which the work piece is in contact with the tool.

The longer the process time, the greater the grinding effect.

DIRECTION OF FEED:

The work piece can be conveyed in the direction of rotation or vice versa. If the tool moves in the opposite direction to the work piece, the relative process time is longer and therefore the grinding effect on the material is greater. Therefore, if the line pattern is shorter a greater cutting depth is effected. If the tool moves with the direction of the work piece, the process time is shorter, hence a regular finish is created with a longer line pattern.

Direction of Feed

APPLIED PRESSURE:

The grinding effect can be influenced by applying different pressures:

  • . Longer process time
  • . Better cutting performance
  • . Faster machining
APT RECOMMENDATION FOR WORKING SPEED:
  • 1. Higher pressure provides higher grinding effect.
  • 2. Lower pressure provides lower grinding effect.
  • 3. Too much pressure can cause smearing of the non-woven
    material products.

Cutting speed as a function of rotational speed (rpm) and diameter:

General formula: [AD-Ø (mm) x 3,1416 x U/min] / 60.000 = m/s ( 197.00 = ft/s )

SAFETY INSTRUCTIONS:
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Please wear suitable hearing protection

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Please wear suitable eye protection glasses

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Please wear suitable gloves

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Please wear suitable dust mask!

When using our product by machine, please follow the technical instructions of the machine manufacturer.

Non-Woven Brushes

Image of wide face abrasive bristle brush used for cleaning, finishing, polishing, brushing, deburring, deoxidizing, descaling the surface of flat metal strip
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Cleaning Efficiency

/10
Self Healing
/10
Strip Shape Conformance

Bristle Brushes

/10

Cleaning Efficiency

/10
Self Healing
/10
Strip Shape Conformance

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