Category Archives: Floor-Sealers-Finishes

SDS | Technical Data Sheet Our most economical yet versatile floor coating. High gloss. Size Item # 55 98PAP55 pH: 8.7 30 98PAP30 Color: White 05 98PAP05 Scent: None Added 4X1 98PAP0G Dilution: RTU

SDS | Technical Data Sheet Excellent resistance to dirt, scuff and black heel markings. Not easily removed with aggressive cleaners. Excellent gloss retention. Size Item # 55 98PDZ55 pH: 8.7 30 98PDZ30 Color: White 05 98PDZ05 Scent: None Added 4X1 … Continue reading →

SDS | Technical Data Sheet Produces a superior initial gloss and responds well in an aggressive high speed buffing system. Excellent resistance to dirt soil and is virtually impervious to black heel marks and scuffing. Size Item # 55 98PIM55 … Continue reading →

SDS | Technical Data Sheet Excellent resistance to dirt, soil and is virtually impervious to black heel marks and scuffing. Size Item # 55 98PMI55 pH: 8.7 30 98PMI30 Color: White 05 98PMI05 Scent: None Added 4X1 98PMI0G Dilution: RTU

SDS | Technical Data Sheet Gives extra protection to all resilient floor surfaces. Water based and metal free. Increases performance of any acrylic finish. Size Item # 55 98PMV55 pH: 8.7 30 98PMV30 Color: White 05 98PMV05 Scent: None Added … Continue reading →

SDS | Technical Data Sheet Formulated for use with 175-350 RPM spray buffing programs. Provides a hard, durable, high gloss shine. Size Item # 55 98PRV55 pH: 8.7 30 98PRV30 Color: White 05 98PRV05 Scent: None Added 4X1 98PRV0G Dilution: … Continue reading →

SDS | Technical Data Sheet Resists scuffs, scratches, black marks and dirt. Wet look shine. Eliminates need for frequent stripping and refinishing. Size Item # 55 98PTR55 pH: 8.7 30 98PTR30 Color: White 05 98PTR05 Scent: None Added 4X1 98PTR0G … Continue reading →

SDS | Technical Data Sheet An all acrylic non-yellowing multi-purpose seal/finish for resilient tile, ceramic, terrazzo, quarry tile, and concrete surfaces. Size Item # 55 98PTK55 pH: 8.7 30 98PTK30 Color: White 05 98PTK05 Scent: None Added 4X1 98PTK0G Dilution: … Continue reading →