Description:

Oily amber transparent liquid. Environmentally friendlier. Solvent free. Non-toxic. Will not evaporate. Reacts with moisture to form a soft gelatinous barrier. This mixture is chemically combined and thus is unavailable to cause corrosion.

General Usage:

Anti-corrosive coating, lubricant and penetrant for all metals. Provides protection against attack by moisture and salt solutions. May be applied to soften and remove heavy rust. Used in the maintenance of aircraft, heavy equipment, marine equipment (such as rudders, voids, inaccessible areas), mining equipment, farm machinery and automobiles. Also used in refineries, salt plants, power plants, and gas companies.If conditions dictate a heavier coating or lubricant, refer to other Eureka Chemical product bulletins or Eureka Chemical Company.

Application Methods:

Can be applied under ambient conditions by airless spray, roller, brush, dip, slush, floatation.
When storing Liquid A for dip application, material must be kept moisture and water free.

Particulars for Wire-Rope:

Used as coating and lubricant. Will penetrate to the core, displacing moisture. For long term protection; Fluid Film® wire-rope dressings, WRO-EP MIL-PRF-18458 C or WRN-EP are applied after Liquid A is employed as a penetrant. This procedure eliminates the use of a mechanical lubricator for core penetration.

Particulars for Agriculture:

Where fluid (soft coating) barrier is not objectionable: Liquid A will protect liquid fertilizer tanks, bulk storage tanks, bins, hoppers, front-end loaders, spreaders, collection tanks, sprayers, liquid applicators, combines, mixing plant machinery, sorting machinery, conveyors, field irrigators, elevators and vehicles, including undercarriage. Liquid A will protect the exterior of pumps and can be used on the interiors as well by pouring into intake, and turning pump over once or twice to make sure liquid is coating interior. Liquid A stops the rust, inhibits the corrosive properties of fertilizers, lubricates all moving parts and displaces moisture.

To coat small tanks with limited access, pour Liquid A into the access hole. The estimated coverage rate is as follows: 1.22 liter / m 2 or 3 gallons / 100ft 2 roll tank to cover all surfaces. Fill tank slowly with water and drain until coating has gelled and placed itself on tank surfaces. May require 2-3 cycles.

Particulars for Marine:

Liquid A meets and exceeds the corrosion performance requirements of MIL-PRF-16173 Grade 3 and contains no solvents. The US Navy purchases Liquid A through Northrop Grumman Ships Systems Stock # 8040-DA0-746003CD Compound Rust Preventative Fluid Film Liquid A. Liquid A remains active, penetrating to the base metal stopping corrosion. With Liquid A there is no pinholing since it is self-healing, as opposed to a dormant passive barrier. Liquid A can be applied by spraying or brushing to a thickness of 2 to 3 mils. Coverage rate is 1600 m 2 / 208 liter or 17,000ft 2 / 55 gal. drum.

Surface Preparation:

No sandblasting required. Remove flaking rust and peeling paint. Break blisters larger than 25mm (one inch). Remove all standing water. Clean up all debris and silt.If long term protection is not required and time does not permit, surface preparation, application may be made over existing rust and seals. Liquid A will soften this rust and it may fall, leaving surface unprotected. Therefore surface inspection may reveal necessity for touch-up.

Floatation:

Floatation application of Liquid A can be accomplished with results that will reflect the degree of care taken to achieve proper application.To apply a uniform film of Liquid A, it is imperative to get all metal surfaces coated with Liquid A before its exposure to water and subsequent gelation. Indiscriminate dumping of Liquid A into water with any mixing action accelerates the gelation of the product. This induced premature gelation is adverse to proper surface application and can lead to Liquid A wastage.It is preferred to hose at least 25% of the Liquid A onto the tank overhead, the upper vertical surfaces and the tank bottom. Positive placement will make for better coverage and distribution. Apply the remaining Liquid A to tank assuring as much distribution as practical, especially in large tanks. Add ballast water slowly raising the level of water as high as practical without causing overflow. Deballast slowly stopping short of the suction bell.When the application is made by pouring or pumping the coating into the tank, apply approximately one third of the required material initially to the tank bottom, followed by ballasting to one-half of tank level. Add another one-third of material to the tank then deballast to above suction bell; re-ballast to two-thirds tank level, add the remainder of material and continue ballasting raising level of water as high as practical without causing overflow. Repeat ballast and deballasting cycles until all material is placed on steel. 2-4 cycles should be sufficient. Coverage rate for light and moderately rusted tanks is approximately 510 m 2 / 208 liter or 5,500 ft 2 / 55 gal. Drum. For heavy scale deposits the calculated coverage should be 204 m 2 / 2,200 ft 2 per drum. Please be advised the floatation method cannot insure 100% coverage of all surfaces. We recommend direct application whenever possible.

Descaling Procedure:

Liquid A can be used as a descaler to soften heavy rust and scale. After 6-12 months, tanks can be readily scraped and mucked out, then Liquid A can be re-applied, with approximately 1 to 2 years service as described under "particulars for marine" above. A longer term coating such as Liquid AR or Gel BW may be used.

Specific Gravity:

0.903 - 0.913 (77°F).

Viscosity:

(Ford Cup No. 4)

30 to 45 seconds, 70°F.

Flash Point:

ASTM D-92 Cleveland open cup

157°C (315°F).

Specific Conductivity:

Less than 10 ^-9 ohm/cm @ 1mHz.

Effect on Rubber:

ASTM-D-47 @ ± 158°F 70 hours

None on neoprene, buna-n and most synthetics. Some swelling on natural rubber.

Toxicity:

Non-toxic, LD 50 greater than 3 grams per kilogram. Non-irritating skin response. Very slight irritation to the eyes. (Toxicity tests performed according to standard methods by an independent laboratory).

Effect on Aluminum:

No pitting.

Effect on Copper, Brass:

Passes 50 days.

Dielectric Strength:

ASTM-D-877

32.0.