Contec Quicktask microfiber mop Task0300
The Contec Task0300 is a microfiber mop suitable for the Quicktask mop system and for use in cleanroom environments up to ISO class 6.
The Quicktask microfiber mop (TASK0300) offers a reliable solution for removing coarse contamination and liquid residues in controlled environments. Thanks to the woven polyester structure, this mop has a high absorbent capacity, making it suitable for both dry pickup of contamination and for applying cleaning solutions to various surfaces.
Effective cleaning of critical surfaces
This blue microfiber mop is specifically designed for use on smooth surfaces such as PVC floors. The TASK0300 efficiently removes dust and process residues, which is essential for maintaining the integrity of your cleanroom environment. The material is robust enough for intensive use and maintains its performance in both wet and dry applications.
Certified for sterile processes
For environments where sterility is crucial, the Quicktask mop can be safely autoclaved. The recommended cycle for this is 121 °C for 30 minutes. This makes the mop widely applicable in the pharmaceutical industry, biotechnology, and laboratories where contamination control is a strict requirement.
Application areas
The Contec Quicktask TASK0300 is suitable for use in various sectors where strict cleaning protocols apply, including:
- Pharmaceutical production and biotechnology
- Semiconductor industry and high-tech manufacturing
- Medical laboratories and research centres
- Food processing and cleanroom environments
| Brand | Contec |
|---|---|
| Material | Woven polyester (microfiber) |
| Dimensions | 42 x 11.5 cm |
| Colour | Blue |
| Autoclavable | Yes (121 °C for 30 min) |
| Packaging unit | 10 mops per pack |
| Outer box | 40 mops per box |
| ISO compatibility | 9 to 6 |
Related products
For a complete cleaning solution, the Quicktask mop can be combined with the corresponding Quicktask mop frames and cleanroom trolley systems. These accessories have been specifically selected to optimise ergonomics and efficiency within your controlled environment.
