Multi Media Abrasion Tester

Supply TypeManufacturer, Exporter, Supplier, Trader
Preferred Buyer Location All over the world

The TABER® Multi-Media Abraser provides a reproducible method to measure the relative abrasiveness of most fluids, powders, pastes and semi-solids. Used in conjunction with the Taber Rotary....

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Polytech Instruments Pvt.Ltd.

Ghodbunder Road, Thane, Maharashtra

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Member Since 18 Years
Nature of Business Exporter
Year of Establishment 2004

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The TABER® Multi-Media Abraser provides a reproducible method to measure the relative abrasiveness of most fluids, powders, pastes and semi-solids. Used in conjunction with the Taber Rotary Abraser, the Multi-Media Abraser is valuable to characterize how these mediums cause wear when they come in contact with different components.
The sliding wear concept utilized in the Multi-Media Abraser was first utilized to evaluate different types of adhesive and sealant formulations. The amount of wear observed in laboratory tests correlated well with the amount of wear that different adhesive formulations caused on moving parts in pumps and other application equipment in an automotive manufacturing setting.

Description
The medium to be tested is placed in a specimen dish that includes a replaceable stainless steel wear disc on the bottom. As the dish rotates, an integral drive shaft operates a set of gears which turn the spline shaft. At the base of the shaft is a pin holder with three (3) replaceable hi-grade brass pins that rotate in the opposite direction of the specimen dish. As the test medium flows between the brass pins and stainless steel wear disc, the material acts as an abrasive and causes wear.
To test a wide range of material viscosities, both load and pin holder speeds are adjustable. The standard testing load on the brass pins can be varied from 250g to 1,000g (in 250g increments with the supplied weight discs). Optional weight discs can bring the maximum load to 2,500g.
The rotational speed of the specimen dish is dependent on the model Taber Abraser that is being used. By changing the gearing, the rotational speed of the pin holder can be altered as noted in the table below. The more abrasive or viscous, or larger the particulate size a media presents, the more resistance it adds to the system. Therefore, a lower / slower drive ratio speed should be used. The optional gearing provides a greater range of testing speeds and is recommended for specimen loadings greater than 1,750g or where there is a low percent by volume particulate concentration in the medium.

For simplicity, gearing is color coded.

Orange - Used to test most materials.
Yellow - Results in 23% increase in speed. Recommended to reduce the total number of test cycles; reduce the "fluid wave" in front of the rotating pin holder; level-off the media as it is passed by the pin holder.
Red - This optional gear provides a 0.6:1 ratio and is the slowest available speed. As the specimen loading increases to 1750g or greater, it may be necessary to run at a slower speed to supply adequate torque to rotate the pin holder and maintain a constant speed.
Green - This optional gear provides a 290% increase in speed compared to the standard gear set-up. Recommended when there is a low percent by volume particulate concentration; low sample loading; and when the rate of wear may be insignificant over an extended number of cycles.

Color Code	Gear Set-Up	Drive : Driven Ratio	Pin Holder RPM(Abraser turntable speed = 72 rpm)	Pin Holder RPM(Abraser turntable speed = 60 rpm)
Orange	Standard	0.9 : 1	65	54
Yellow	Reversed	0.6 : 0.9	80	67
Red (optional)	Standard	0.6 : 1	42	35
Green (optional)	Reversed	1 : 1.7	123	103