Ken-Tool 35805 Detecto Mist Concentrated Leak Locator, 1-Gallon Jug

Ken-Tool 35805 Detecto Mist Concentrated Leak Locator, 1-Gallon Jug

• Ken-Tool Detecto Mist Leak Locator is a professional-grade solution used to detect leaks in air, gas, and refrigerant systems. This highly concentrated formula is ideal for use in garages, service stations, and collision repair centers. Just dilute as directed, spray on suspected areas, and observe for bubbling that signals a leak.
• Features:
  • Highly concentrated leak detector solution
  • Reveals leaks with easy-to-see bubbles
  • Safe for use on most metals, plastics, and rubber
  • Non-corrosive and non-toxic formulation
  • Suitable for air, gas, and refrigerant systems
• Specifications:
  • Manufacturer: Ken-Tool
  • Part Number: 35805
  • Product Type: Leak detection fluid
  • Container Size: 1 gallon (concentrated)
  • Form: Liquid (dilutable)
  • Country of Origin: USA
• The Ken-Tool 35805 Detecto Mist Leak Locator can also be referred to as leak detection spray, bubble leak tester, refrigerant leak fluid, concentrated leak locator, and gas system leak detector.

Ken-Tool is a trusted name in professional automotive and tire service tools, known for manufacturing high-quality, innovative solutions for mechanics, technicians, and body shop professionals across the world. With decades of industry experience, Ken-Tool delivers reliable performance and unmatched durability in every product.

Q: Can this product be used on refrigerant lines?
A: Yes, it is safe and effective for detecting leaks in refrigerant systems.

Q: How should this solution be diluted before use?
A: Mix the concentrate with water according to the ratio recommended on the label, typically 1 part solution to 3-4 parts water.

Q: Will this damage plastic or rubber components?
A: No, the formula is non-corrosive and safe for use on most rubber and plastic fittings.

Q: How do I know if there's a leak?
A: Apply the solution and look for bubbles forming at the site of the leak.

Q: Can it be used in cold temperatures?
A: While effective in various environments, performance may vary under extreme cold. Pre-warm the solution for better bubble formation if necessary.