PMB - SPA BASIC, Drying cloth

SPA Basic: High-Tech Drying System with Twisted Loop Structure

SPA Basic represents the latest technological evolution in automotive surface drying. Designed to radically eliminate the risks of mechanical contamination during the post-wash phase, this cloth leverages advanced textile architecture to ensure total removal of water residues, preventing the formation of limescale marks and micro-scratches (swirls) typical of conventional drying methods.

Twisted Fiber Engineering and Fluid Management

The beating heart of SPA Basic is its innovative Twisted structure: the fibers are intertwined in small spiral "loops" that exponentially increase the contact surface and surface tension, allowing the cloth to absorb water instantly without the need for pressure. With a grammage of 600 GSM and generous dimensions (60x90 cm), the tool ensures superior water loading capacity, allowing an entire medium/large-sized vehicle to be dried in a single pass.

The main benefits:

Hydrodynamic Efficiency: The twisted fiber technology absorbs water by capillarity, leaving the surface perfectly clean and free of residual haziness.

• "Safe-Touch" Safety: The silk-finished edge ensures a smooth and inert pass even on the edges and corners of the bodywork, protecting the most delicate paints.

• Operational Speed: Drastically reduces post-wash finishing times; the cloth glides over the surface without friction, reducing mechanical stress on existing protection.

• Zero-Residue Finish: The quality of the yarn prevents the release of lint or secondary fibers, ensuring absolute transparency on glass and dark bodywork.

• Professional Longevity: Tested to withstand countless maintenance cycles, it maintains its extraordinary absorbent capacity even after frequent machine washes.

Maintenance Protocol

To preserve the Twisted structure and hydrophilicity of the fibers, it is recommended to wash SPA Basic with synthetic programs and specific microfiber detergents. Do not use fabric softeners, which would irreversibly compromise its absorbency.