Premium Automotive Wash Mitt
More Foam, More Effective Cleaning
Spark Premium Automotive Wash Mitt is designed for thorough, scratch-conscious cleaning of delicate paint, chrome and ceramic-coated surfaces.
The double-sided mitt combines a chenille microfibre side for gentle dust and dirt removal with a short-pile microfibre side for more stubborn contamination.
A 5 mm inner sponge retains foam for longer, reducing the need for an additional sponge and improving washing efficiency.
The elastic cuff fits securely around the hand for comfort during extended use, while the flexible construction adapts easily to vehicle contours.
Key Features
- Double-sided use
- Gentle cleaning with chenille microfibre strands
- Effective dirt removal with short-pile microfibre
- Construction with 5 mm inner sponge support
- No additional sponge required
- Safe use on delicate surfaces
- Ergonomic design and elastic cuff
- Suitable for professional and private use.
Why Choose the Premium Automotive Wash Mitt?
Effective Cleaning with Sponge-Supported Construction
The Spark Premium Microfibre Automotive Wash Mitt uses a 5 mm inner sponge to help remove heavier dirt efficiently without requiring an additional sponge.
Ergonomic Design
The inner sponge supports easy, effective cleaning, while the elastic cuff improves handling comfort.
Did you know?
Regularly rinsing the Spark Premium Microfibre Automotive Wash Mitt helps remove dirt and sand trapped between the fibres for safer surface cleaning.
Applications+
- Car washing
- Motorcycle cleaning
- Marine and boat cleaning
- Caravan cleaning
- Professional vehicle care applications
Technical Specifications+
| Product Code | ML7050 |
|---|---|
| Product Name | Premium Automotive Wash Mitt |
| Size | 24 × 16 cm |
| Weight | 900 GSM |
| Colour | Grey |
| Material | Chenille Microfibre + Short-Pile Microfibre + 5 mm Inner Sponge |
| Method of Use | Wet Use |
Care Instructions+
- Rinse with clean water after use.
- Do not use bleach.
- Fabric softener is not recommended.
- Do not expose directly to high heat.