Rupes Marine XF-600 Ultra Fine Polish 500ml

The DP Pro Therminator polishing pad from the German manufacturer Detail Passion taps into the hype surrounding thermally stable or thermoresistant polishing pads while implementing their unique ideas. The advantages of thermal stability are clear. Continuous controlled paint or clear coat removal is ensured during the polishing process because the foam maintains its hardness despite heat exposure. This allows for sustained pressure even at high RPMs, preventing a drop in cutting performance. The cell structure is also preserved, promoting optimal cooling and minimizing compression. Based on experience with extremely fast heavy cut polishes like 3D Car Care 510 and the versatile 3D One Hybrid, Detail Passion has introduced special additional properties in the polishing foam. DP Pro Therminator white - Super Heavy Cut for severe paint defects DP Pro Therminator orange - Medium Cut for One Step, All in One, or medium-strength polishes DP Pro Therminator maroon - Medium Polish for medium polishes and finishes DP Pro Therminator black - Gloss finish for sensitive paints or extreme gloss Super Heavy Cut to Finish: DP Pro Therminator Polishing Pads for Rotary and Dual Action Use Unlike other polishing pads made of thermally stable foam, special attention was paid to the cell structure and polish distribution in the formulation of the DP Pro Therminators. Despite the advantages of conventional thermopads, the cell structure can lead to uneven or even no polish distribution when starting or spreading. Especially with medium-hard pads, this can quickly result in undesirable dry polishing. DP Pro Therminators are optimized for large orbital polishers like the Rupes LHR15, ShineMate EX620, Makikato POC, Flex XFE, and can produce either impressively fast material removal or a high-gloss finish, depending on the chosen option. DP Pro Therminator polishing pads can be optionally combined with heavy cut pads made of hybrid wool or microfiber or used solely as a comprehensive solution.

With the DP Pro Therminator Polisher Pad, the German manufacturer Detail Passion taps into the hype of so-called thermally stable or thermoresistant polishing pads while realizing its unique ideas. The advantages of thermally stable polishing pads are clear. Continuous controllable paint and clear coat removal during the polishing process is ensured, as the foam does not lose its compression hardness due to heat. This means that even at higher RPMs, pressure can be maintained, preventing a drop in cutting performance. Likewise, the cell structure is preserved, leading to optimal cooling and minimizing compression. Based on experience with extremely fast heavy cut polishes such as 3D Car Care 510 and universal 3D One Hybrid, Detail Passion has implemented special additional features in the polishing foam. DP Pro Therminator White - Super Heavy Cut for severe paint defects DP Pro Therminator Orange - Medium Cut for One Step, All in One or medium strength polishes DP Pro Therminator Maroon - Medium Polish for medium polishes and finish DP Pro Therminator Black - Gloss Finish for sensitive paints or extreme gloss Super Heavy Cut to Finish: DP Pro Therminator Polishing Pads for Rotary and Random Orbital Use Unlike other polishing pads made from thermally stable foam, special attention was paid to the cell structure and the distribution of the polish in the composition of the DP Pro Therminators. Despite the benefits of conventional thermopads, the cell structure can lead to uneven or no distribution of the polish during startup or spreading. Especially with medium-hard pads, this can quickly lead to unwanted dry buffing. DP Pro Therminators are optimized for large stroke eccentric machines like the Rupes LHR15, ShineMate EX620, Makikato POC, and Flex XFE, producing an impressively fast material removal or a high-gloss finish depending on the choice. DP Pro Therminator polishing pads can be optionally supplemented with heavy cut polishing pads made from hybrid wool or microfiber or used alone as a comprehensive solution.