2K aluminium polyester filler with increased thickness and resistance to vibration. Suitable for both metal and wood surfaces. Dries quickly and can be sanded easily with P80 - P120 grit paper to obtain a perfect pinhole free finish.
2K polyester filler suitable for metallic, wooden and polyester surfaces. A fine particle filler, but with good filling properties. Dries quickly and sands easily with P80 - P120 grit paper for a perfect pinhole free finish.
A laminating kit developed for repairs of various laminated parts, e.g. boat hulls, swimming pools and garden ponds, sporting articles, body panels on vehicles, etc. Laminating polyester preparation: To the required quantity of polyester add during permanent stirring 2% of catalyst. Prepare only such amount of resin that is workable during 15 minutes at temperature +20°C. Never laminate at temperatures lower than +15°C. Hardening lasts longer and repair quality decreases.
Mipa P 85 is a bright white, particularly easy to sand two-component putty based on polyester resin that provides adhesion on iron, steel, GRP and wood. Its fine particle size and its excellent hiding power make Mipa P 85 perfectly suitable to be used as covering and fine putty applied in thin and very thin layers, as finishing coat over polyester body fillers, to close any pin holes and little surface imperfections and to eliminate little defects in paintwork, scratches and so on. An application on vertical surfaces is possible without any problems.
Mipa P 70 is a high-quality, non-asbestos, aluminium-pigmented 2K body filler based on polyester resin that has been especially designed to meet the high quality requirements of automotive industry and refinish sector in terms of processing, adhesion and sandability. This product is suitable to even dents and irregularities on iron and steel or even GRP and wood. An application on vertical surfaces is possible without any problems. Good sandability, high vertical stability, high flexibility. When applied in thick coat, this product is less porous than Mipa P 99.