Hydraulic Fluid Additive Lucas

  • Lucas Hydraulic Oil Booster & Stop Leak is a one of a kind, long lasting blend of oils and petroleum extracted additives that add lubricity and thermal stability to any hydraulic oil. Lucas Hydraulic Oil Booster & Stop Leak is an excellent preventative maintenance product at a treat rate of only about 5%, adding life to pumps, rams, seals and the treated hydraulic fluid. This product is unsurpassed at correcting existing problems. A 10% to 20% treat rate is usually all that is needed to stop all seal leaks. A 10% to 20% addition is usually all that's needed to restore full hydraulic pressure to a worn system. It also removes varnish from wet brakes and stops slip in automatic transmissions. It is impregnated with anti-foam agents.
  • Fitment Warning:
    • This is a Universal/Non Application Specific Product. To install this part, you made need to cut, weld, or make other modifications to your vehicle.
This item is not specific to any vehicle. Click here to learn more
Universal
80 In Stock
Best Price:

$18.75 CAD
$22.50 CAD
Brand Lucas
Part # L4410019
Condition New
Warehouse B

Lucas

  • Hydraulic Oil Booster & Stop Leak
  • Lucas Oil has long been involved in the American racing industry with involvement in multiple sponsorships and racing event promotions, at many levels. Lucas sees a need for better lubricants in the automotive industry and today's result is a line of high performance engine oils and gear oils that are second-to-none in the auto parts industry. While Lucas technology stems from their racing products that have proven themselves on NASCAR, NHRA, IHRA, PPL, and USHRA tracks across the country, their technology lends it's self to the superior protection and performance of the everyday and high-performance vehicles on the roads today.

    Packaging

    length
    3.30
    width
    3.30
    height
    11.75
    weight
    2.03
    Information on technical characteristics, the delivery set, the country of manufacture and the appearance of the goods is for reference only and is based on the latest information available at the time of publication.

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