Quick Facts – ADBL Glass Cleaning Cloth
- Brand: ADBL
- Model: ADB000301
- Type: Glass Cleaning Cloth (Microfibre)
- Size: 40 x 40 cm
- Weight per square metre: 300 gsm
- Properties: Lint-free, streak-free
- Application: Cleaning and drying of automotive glass, windows, and mirror surfaces
The ADBL Glass Cleaning Cloth is a Microfibre cloth measuring 40x40 cm with a weave density of 300 gsm, developed specifically for cleaning and drying glass panes, windows, and mirror surfaces on vehicles. The cloth is lint-free and leaves no streaks or fibres behind, delivering a clear and clean result immediately after use.
Thanks to its dense microfibre structure, the cloth effectively absorbs moisture and dirt without scratching sensitive glass surfaces. It is suitable for use with a glass cleaner or with water alone for light maintenance. See more ADBL Microfibre products for detailing in our range.
What is a Glass Cleaning Cloth and why choose it?
A Microfibre glass cleaning cloth is constructed to deliver streak-free results on glass surfaces, which is essential for clear visibility and a professional finish. Unlike ordinary cloths or household rags, a dedicated glass cloth has a fibre density and weave structure that minimises the risk of scratches and leaves no lint residue.
The ADBL Glass Cleaning Cloth at 300 gsm offers a balance between absorbency and softness, making it suitable for both drying after glass cleaning and for Buffing glass treatments. The cloth can be washed and reused repeatedly, making it a cost-effective choice for professional use.
Where is this product suitable?
- Cleaning of windscreens, side and rear windows
- Polishing and drying of wing mirrors and chrome details
- Interior window cleaning in vehicles
- Use in detailing studios and reconditioning workshops
- Hobby use during car care at home
Technical Specifications
| Brand | ADBL |
| Model | ADB000301 |
| Type | Glass Cleaning Cloth |
| Material | Microfibre |
| Dimensions | 40 x 40 cm |
| Weight per square metre | 300 gsm |
| Properties | Lint-free, streak-free |
| Application | Glass panes, windows, mirror surfaces |
Suitable for: Professional detailers, reconditioning workshops, and car care businesses requiring streak-free results on glass surfaces, as well as detailing enthusiasts and hobby users carrying out thorough car care.
Industries: Detailing, vehicle care, reconditioning, car washing, and glass care. See also more glass cleaning products for vehicles in our range.
Frequently Asked Questions (FAQ)
Is the ADBL Glass Cleaning Microfibre Cloth 40x40cm 300gsm suitable for interior window cleaning in vehicles?
Yes, the ADBL Glass Cleaning Microfibre Cloth 40x40cm 300gsm is well suited for interior window cleaning. The lint-free Microfibre construction at 300 gsm ensures that no fibres or streaks are left on the glass, which is particularly important on the inside of windscreens where dirt and condensation are easily visible. The cloth can be used dry or lightly dampened with a glass cleaner.
What size and weave density does the ADBL Glass Cleaning Microfibre Cloth 40x40cm 300gsm have?
The ADBL Glass Cleaning Microfibre Cloth 40x40cm 300gsm measures 40x40 cm and has a weave density of 300 gsm. This combination provides sufficient absorbency for effective drying and moisture uptake, whilst the cloth remains soft enough not to scratch sensitive glass surfaces. The model number is ADB000301.
What sets the ADBL Glass Cleaning Microfibre Cloth 40x40cm 300gsm apart from other Microfibre cloths for automotive glass?
The ADBL Glass Cleaning Microfibre Cloth 40x40cm 300gsm is developed specifically for glass cleaning, unlike general-purpose Microfibre cloths that may leave streaks or lint residue on glass surfaces. The lint-free weave structure and 300 gsm density are tailored to deliver a clear, streak-free result on car windows and mirror surfaces. Many general Microfibre cloths have either too low or too high a weave density for optimal glass cleaning, whereas the ADBL Glass Cleaning Microfibre Cloth 40x40cm 300gsm is optimised for precisely this purpose.