Vibratory Finishing

MORE INFO

source

Brochure

MSDS


	RECOMMENDED REFRACTOMETER READINGS (0-32 Brix Scale):

	Call for information

	DESCRIPTION

	The SBV-333 is a full synthetic deburring compound designed to remove difficult petroleum and petrochemical soils from multi-metal materials in vibratory deburring operations. The formula is treated to emulsify soils using a unique surfactant package that avoids the negatives associated with powder based chemistry. The SBV-333 provides excellent corrosion by leaving behind a clear, invisible rust protective film. This keeps parts bright and corrosion free with no white residue. The SBV-333 keeps vibratory media rotating easily with high lubricity additives for the greatest surface area exposure. In addition, the cleaning compounds will keep media clean to provide the optimum cutting action and longest media life possible. For single operation vibratory deburring/corrosion protection with the highest level of cleanability, the SBV-333 is ideal. Contact your CLI sales engineer for dilution recommendations and testing procedures. SBV-333 is easily tested using one step Refractometer procedure.


	BENEFITS

	--Provides Bright, Lustrous finish - NO Powders, NO White Residue --Excellent parts cleaning performance. --Excellent lubricity and cutting performance --Maintains clean media --Virtually NO foaming --Emulsifies and suspends soils --Excellent corrosion protection for indoor shelf life --No secondary Corrosion Inhibitor application necessary with SBV-333 --Fully Synthetic provides for recycling without rancidity --Neutral pH balanced for safe discharge to the sewer

WHAT IS VIBRATORY FINISHING?

In vibratory finishing, energy in the form of vibratory forces is transformed by the machine's drive system into a mass of loose media and then into the parts. The entire load is in motion at the same time so that the media act against the parts throughout the complete mass.

Elements. Basic elements of the system include the machine, the media, and the compound and/or water solution. Selection of each depends primarily on the parts being run - that is, the type of parts: size, shape, and condition; and the work to be accomplished.

Primary functions of the media are to keep the parts separated during processing, to provide a cutting action for removing burrs or smoothing surfaces, and/or to brighten or clean the workpiece surfaces. The ratio of media to parts, by volume, determines the degree of parts separation; at high ratios, parts are well separated and have little contact. This is an important consideration when part finish is critical.

Role of compounds. Liquid compounds are used to keep parts and media clean, inhibit corrosion, lubricate, cut, cushion parts against damage, suspend tiny loose abrasive particles, and for such other specialized functions as foam control and to speed up drying. In many cases, the type of compound used and its degree of dilution with water determines the success or failure of the entire system.