Ryobi HG500 User Manual download pdf (Page 25)

455

Weiler Brush

Vendor Code: WB

Cup Brushes:

Diameter

Trim Length

Arbor Hole

Wheel Brushes:

Arbor Hole

Diameter

Face Width

Thickness at

Face Plate

Trim Length

Thickness Through

Arbor Hole

Stem-Mounted End Brushes:

Diameter

Trim Length

Stem Diameter

Tube Brushes:

Overall Length

Diameter

Length of Brush Part

Stem

Diameter

Brush Terminology

Fill Materials

Steel Wire:

Heat-treated, high-tensile steel wire, drawn to exacting Weiler speciﬁ cation, is

used in all Weiler brushes with a wire diameter of .008 and above. This wire

provides superior fatigue resistance and excellent brushing action.

Hard Drawn Wire:

Generally used in .003, .005 and .006 wire diameters for ﬁ ne surface work.

Stainless (Type 302) Wire:

Highly corrosion resistant. Recommended where contamination or "after rust"

is a problem, such as brushing stainless steel or non-ferrous metals. All Weiler

stainless steel brushes are made with Type 302 stainless steel wire.

Non-Ferrous:

Brass, Bronze and Aluminum are some of the non-ferrous wires available in

Weiler power brushes for special applications.

Animal:

Horsehair - A very durable material. The tail hair is stiff and the mane hair

is soft. It can be blended with other materials such as synthetics. Used in a

variety of brushes for scratch-free cleaning.

Goat hair - This soft material is mainly used in our miniature brushes for

polishing.

Natural:

Tampico - Produced from the stem of the Mexican agave plant. Its texture is

soft to medium with good durability. Used for scrubbing and washing

applications. It is heat, alkali and acid resistant. The natural color is off-white

but it may be dyed or bleached.

Synthetic:

Nylon - Resistant to most acids and alkalis. Long wearing nylon has the

greatest use in cleaning applications. It is available straight or crimped.

Polypropylene - Available in strip brushes.

Weiler's Roughneck

Weld Cleaning Brushes

Patented Construction

Each knot is twisted through its

own hole and locked into an

individual sprocket tooth. This

prevents the knots from moving

and allows them to have stronger

striking action on the work surface.

Weiler's Individual Knot

Hole Construction

Weiler's knot wheels are

constructed with an internal steel

plate that has equally spaced

individual holes around the

perimeter. Wire is inserted through

each hole and twisted into a knot.

Each hole has precisely the same

wire count, thereby assuring

perfect balance. This eliminates

vibration, reduces operator fatigue

and increases brush life.

Competitor knot wheel construction

is commonly characterized by the

placement of multiple knots into a

single slot in the knot plate. The primary

disadvantage of this type of construction

is the lack of precise control of the knot

location. As the brush wears, the knots

have a tendency to move. In addition

to creating vibration, this movement is

detrimental to brush life and brushing

aggression.

Technical Information - Power Brushes

Construction Advantages of Weiler Power Brushes

Product Attributes

Competitor’s Knot Construction

Abrasives and Industrial Brushes

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Ryobi HG500 User Manual Page 25

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