LB-171 Finishing Compound

LB-171 is a liquid burnishing compound with a neutral pH. It is biodegradable and does not contain any hazardous ingredients. This product is formulated for use on all ferrous metals and many nonferrous applications. Although this is a
mild product, it works well under a wide range of
conditions and can withstand moderate soil loads. Unique lubricity characteristics allow for fast surface improvement while attaining excellent color and reflective qualities. It also provides superb interim process corrosion protection for ferrous metals including low carbon steel, cast iron and sintered metals.

PHYSICAL PROPERTIES
Appearance Green Liquid
pH @ 1 % Solution 9.1
Odor Mild
Foaming Action Moderate
Solubility in water Complete
Rising Action Excellent
Metal Safety All Metals
Flash Point None
Specific Gravity 1.03
Stability Stable
Standard Container 55 Gallon drum

Progress Chemical guarantees its products will
perform to your satisfaction when used in accordance to our recommendations. W e back this guarantee with over 50 years experience. Our company has been certified to ISO 9001:2000 Quality Standards.

Product Info

USAGE AND DILUTION
INSTRUCTIONS

For burnishing operations use 2 to 6 ounces per
gallon of water. Deburring operations should use
1 to 4 ounces per gallon of water. It is
recommended that for most vibratory finishing
operations that water flow rates be set at 2 gallons per hour per cubic foot of mass.


HANDLING AND STORAGE

LB-189 Burnishing Compound is a neutral pH
product and does not pose any fire hazards. It
may cause eye irritation upon contact.
Prolonged or repeated skin contact may be
drying to sensitive skin. Use good industrial
hygiene practices such as wearing chemical
safety goggles, rubber gloves, impermeable
apron, and other appropriate protective
measures. Do Not Freeze! Store product in
tightly closed containers between 50° and 85° F.
Rotate stock. When stored as stated above, shelf life is a minimum of 2 years.


Refer to our Material Safety Data Sheet for additional information.
Rev. 1/09


Get Adobe PDF Version