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HomeMechanic ShopPaintMetal PrepAC Tech BoeGel AC-130 Metal Pre-Bond Surface Treatment 4-part Kit - BSMS-25-001

AC Tech BoeGel AC-130 Metal Pre-Bond Surface Treatment 4-part Kit - BSMS-25-001

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AC Tech BoeGel AC-130 Metal Pre-Bond Surface Treatment 4-part Kit - BSMS-25-001
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ProductUnitLeadQuantityAdd Ons
Our Price: $51.99
50 ml1 Days
Certification
Code: MSDS | Class: MSDS | Group: MSDS
Material Safety Data Sheets (MSDS): MSDS1
Our Price: $58.99
100 ml30 Days
Certification
Code: MSDS | Class: MSDS | Group: MSDS
Material Safety Data Sheets (MSDS): MSDS1
Our Price: $277.99
1,500 ml30 Days
Certification
Code: MSDS | Class: MSDS | Group: MSDS
Material Safety Data Sheets (MSDS): MSDS1
Our Price: $420.99
1 Gallon30 Days
Certification
Code: MSDS | Class: MSDS | Group: MSDS
Material Safety Data Sheets (MSDS): MSDS1

AC-130 is a high performance surface preparation for adhesive bonding of aluminum alloys, steel, titanium and composites. For aluminum alloys, data shows ACŪ-130 performs comparatively to the grit-blast silane procedure in the wedge test. The grit-blast ACŪ-130 Sol-Gel process has also been shown to perform similarly on the wedge test results as when PAA (Phosphoric Acid Anodize) is applied. The process also provides comparable wedge test results on titanium and stainless steel alloys when compared to standard controls, as well as promising results for nickel and other high nickel containing alloys such as Inconel using grit blast and ACŪ-130.The AC-130 System works with various epoxy adhesive systems including pastes and films. Reduces hazardous materials and waste produced - water based, chromate free. May be brushed, sprayed, dipped or wiped. Ambient temperature cured. Covers approx 50 sq ft per liter.
Surface Preparation

AC-130 may be applied to surfaces after manually deoxidizing the surface by either 1) grit blasting; 2) sanding with #180 or finer sandpaper; or 3) Scotch-Brite pad abrasion. The success of the bonding operation relies on the thorough de-oxidation and preparation of the metal surface.

Physical and Application Properties

Color: As mixed it is slightly cloudy un-tinted

Induction Time: 30 minutes

Pot Life: 10 hours after mixing

Standard Package Sizes and Coverage

50 ml Kit: 2.5 sq. ft. / 0.23 sq. meters

100ml Kit: 5.0 sq. ft. / 0.50 sq. meters

500 ml Kit: 25 sq. st. / 2.3 sq. meters

1 Liter Kit: 50 sq. ft. / 4.6 sq/ meters

1,500ml Kit: 75 sq. ft. / 6.9 sq. meters

4 Liter Kit: 189 sq. ft. / 17.5 sq. meters

Typical Application Technique: Prepare AC-130 in accordance with instructions. Scape up for size of part and the method of spray application as necessary. Application rate is approximately 1 liter of AC-130 per 50 square feet of surface to be coated.

Spray Application: Apply AC-130 coating solution by spray-drenching the part of surface. Spray solution generously, allowing excess to run off of the part surface. Keep part surface continuously wet with the solution for a minimum of 1 minute. Part surfaces must not be allowed to dry and should be drench with the fresh solution at least 1 time during the application period. Insure treated surface does not dry between spray coats. Larger surface areas may require being coated by sections.

Allow coated part to drain for 5-10 minutes. If there is any surplus AC-130 solution that has pooled or collected in crevices, pockets, or other collection areas, including drip edges or fastener holes, use filtered compressed air to blow off excess solution while maintaining a wet surface. Do not splatter this excess solution onto adjoining part surfaces. A cloth pre-wetter with AC-130 may be used to gently blot, not rub, the surface of pooled solution. Do not blow dry areas of the part that are able to freely drain.

Brish Application: Apply fresh AC-130 liberally by brushing with a clean natural bristle brush or swabbing with a clean wiper, cheesecloth or gauze. Do not scrub with a brush or applicator. Apply solution generously, keeping the part surface continuously wet with the solution for a minimum period of 1 minutes. Part surface should be drenched with solution. Brishes or wipers should not leave streaks on the surface. Part surfaces must not be allowed to dry and be covered with fresh solution at least 1 time during the solution application process.

Allow coating part to drain for 5 to 10 minutes. If there is any surplus AC-130 solution that has pooled or collected in crevices, pockets or other collection areas, including drip edges or fastener holes, use filtered compressed air to blow off excess solution while maintaining a wet surface. Do not splatter this excess solution onto adjoining part surfaces. A cloth pre-wetted with AC-130 may be used to gently blot, not rub, the surface of pooled solution. Do not blow dry areas of the part that are able to freely drain.

Dry/Cure of AC-130: Dry the solution-coated parts under ambient conditions for a minimum of 60 minutes. Minimize contact with the part, as the coating may be easily damaged or contaminated until fully cured. Exact drying time will vary depending upon part configuration of the part and ambient conditions. Alternately, after drying at ambient temperature for a minimum of 30 minutes, parts may be heated to 140 degrees Fahrenheit maximum for an additional 30 minutes minimum to facilitate drying. After drying, coated surfaces should be protected from contamination prior to applying the bonding primer.

Health and Safety Precautions

AC-130 is safe to use and apply when recommended precautions are followed. Before using this product, read and understand the Material Safety Data Sheet (MSDS), which provides information on health, physical and environmental hazards, handling precautions and first aid recommendations. An MSDS is available upon request. Avoid overexposure. Obtain medical care in case of extreme overexposure.

StorageThe shelf life of AC-130 and AC-130-2 is 12 months from date of manufacture, when stored in the original unopened containers between 40 degrees F and 100 degress F.

Features
  • Promotes advanced adhesion for metal bonding
  • Reduces hazardous materials and waste produced by other bonding surface preparation methods
  • Evironmentally friendly alternative to Acid Paste Etches, Grist Blast Silane, and Phosphoric Acid containment systems
  • Various application method: brush, spray, dip or wipe applied
  • Great for field repairs, ambient-temperature-curing
  • Enables all metallic substrates to be prepared with a single method
  • Process time savings over Grit Blast Silane, PACS and PANTA
  • Financial Benefits

    End users have documented cost savings upwards of $5 million in the way of process time improvements and hazardous material reductions.

    Time savings: reduction in process flow time comparing Grit Blast Silane, PACS or PANTA to Scotch Brite/AC-130, yields a minimum of a 40% reduction cost.

    Hazardous Materials: Elimination of hazardous materials such as chromates, acids and caustic materials. Hazardous rinse water and waste water containment systems are eliminated.

    Specifications
    BSMA-25-001 Qualified

    NRM 1-7 Qualified

    HP 4-136-136 Qualified

    HMS 16-1295 Qualified

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