Ultrasonic cleaning fluid for engine parts, promises to remove grease, carbon and stubborn grime. Restore valves, carburettors and heat exchangers to near-new condition, saving time for both workshop professionals and hobbyists. Is Allendale Ultrasonics Ultrasonic Cleaning Fluid the concentrate that suits your workshop needs?
⚡ At a Glance
- • Cleaning Power: Specialist ultrasonic formula removes grime, carbon and petrol residue effectively
- • Best for: Mechanics and hobbyists restoring engine parts with an ultrasonic bath
- • Not ideal for: Plastics or porous materials without a compatibility test, always test first
Concentrated solution dilutes 1 part to 10 parts to create 11 litres of working fluid. Best used in ultrasonic baths at 50 to 80°C for deep cleaning of metal engine parts.
Deep restoration of engine parts, with a specialist ultrasonic formula
The formulation is designed to work with ultrasonic baths, where cavitation bubbles dislodge carbon, grease and deposits. Dilution at approximately 1:10 produces a working solution that transmits ultrasonic energy efficiently.
Thorough removal of baked-on carbon and petrol residue brings parts back towards factory finish. Shorter soak times and easier rinsing reduce manual scrubbing for workshop tasks.
Safe on sensitive metals, thanks to a metal-safe chemistry
The fluid is labelled safe for brass and aluminium and formulated to avoid discolouration or etching on common engine metals. Compatibility guidance recommends testing other metals before full use.
Brass and aluminium carburettors can be cleaned without visible damage, preserving mating surfaces and fittings. Testing unknown alloys first avoids surprises on delicate components.
Economical concentrate, with simple 1:10 dilution for easy mixing
One litre of concentrate is intended to create about 11 litres of working solution when mixed with deionised water at the suggested ratio. Ready-to-use volumes suit multiple cleaning cycles in a single workshop session.
Less frequent repurchasing and lower storage demand compared with ready-to-use cleaners, ideal for regular maintenance. Preparing fresh solution with deionised water helps maintain ultrasonic bath efficiency.
✨ The 4 Key Reasons for Allendale Ultrasonics Ultrasonic Cleaning Fluid
- Concentrated Formula, create 11 litres of working fluid from one litre concentrate
- Metal-safe Chemistry, suitable for brass and aluminium without discolouration
- High-temperature Performance, effective cleaning when used between 50 and 80°C
- Ultrasonic Specialist, loosens petrol residue and grease for quick rinsing
📋 Technical Details at a Glance
- Category: Ultrasonic cleaning concentrate
- Volume: 1 litre concentrate
- Dilution Ratio: 1 part concentrate to 10 parts deionised water (suggested)
- Ready-to-use Volume: Creates approximately 11 litres of working fluid
- Effective Temperature Range: 50 to 80°C
❓ Frequently Asked Questions
Q: Can the solution be used on brass and aluminium parts?
A: Yes, the formula is described as metal safe and protects brass and aluminium from damage or discolouration.
Q: How should the concentrate be mixed for an ultrasonic bath?
A: Mix one part concentrate with ten parts deionised water, which produces approximately 11 litres of working fluid from the 1 litre bottle.
Q: What temperature should the ultrasonic bath be for best results?
A: Operate the bath between 50 and 80°C for optimal cleaning performance, according to the product guidance.
🏆 Our Verdict
Suitable for mechanics and serious hobbyists who need reliable removal of grease and baked-on carbon from engine parts. The concentrate’s specialist ultrasonic formula and metal-safe chemistry make it effective for brass and aluminium components. Although initial purchasing choices vary, the ability to create 11 litres of working solution from one litre delivers clear long-term value for workshops that clean regularly.
