UL Prospector

成功!

成功保存搜索结果
KURARAY POVAL® 13-88 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 13-88是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为11.5 - 14.5 mPa.s。
KURARAY POVAL® 15-99 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 15-99是完全皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为12.5 - 17.5 mPa.s。
KURARAY POVAL® 17-94 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 17-94是消泡级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为14.5 - 18.5 mPa.s。
KURARAY POVAL® 18-88 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 18-88是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为16.5 - 19.8 mPa.s。
KURARAY POVAL® 18-88 S2 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 18-88 S2是精细粉末级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为16.5 - 19.8 mPa.s。
KURARAY POVAL® 20-98 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 30-98是完全皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为28.0 - 32.0 mPa.s。
KURARAY POVAL® 22-88 S2 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 22-88 S2是精细粉末级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为20.5 - 24.5 mPa.s。
KURARAY POVAL® 22-88 SB Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 22-88 SB是消泡级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为20.5 - 24.5 mPa.s。
KURARAY POVAL® 23-88 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 23-88是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为21.5 - 24.5 mPa.s。
KURARAY POVAL® 23-88 S2 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 23-88 S2是精细粉末级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为21.5 - 24.5 mPa.s。
KURARAY POVAL® 25-88 KL Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 25-88 KL是精品级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为20.0 - 30.0 mPa.s。
KURARAY POVAL® 25-98 R Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 25-98 R是精品级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为20.0 - 30.0 mPa.s。
KURARAY POVAL® 26-80 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 26-80是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为21.0 - 31.0 mPa.s。
KURARAY POVAL® 26-88 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 26-88是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为24.5 - 27.5 mPa.s.。
KURARAY POVAL® 28-88 K Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 28-88 K是消泡级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为25.0 - 31.0 mPa.s。
KURARAY POVAL® 28-99 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 28-99是完全皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为26.0 - 30.0 mPa.s。
KURARAY POVAL® 28-99 LA Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 28-99 LA是低灰级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为26.0 - 30.0 mPa.s。
KURARAY POVAL® 3-80 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 3-80是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为2.8 - 3.3 mPa.s。
KURARAY POVAL® 3-85 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 3-85是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为of 3.4 - 4.0 mPa.s。
KURARAY POVAL® 3-85 S4 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 3-85 S4是精细粉末级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为3.4 - 4.0 mPa.s。
KURARAY POVAL® 3-86 SD Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 3-86 SD是精品级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为2.4 - 3.40 mPa.s。
KURARAY POVAL® 3-88 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 3-88是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为of 3.2 - 3.6 mPa.s。
KURARAY POVAL® 3-98 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 3-98是完全皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为3.2 - 3.8 mPa.s。
KURARAY POVAL® 30-75 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 30-75是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为28.0 - 33.0 mPa.s。
KURARAY POVAL® 30-92 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 30-92是完全皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为28.0 - 32.0 mPa.s。
KURARAY POVAL® 30-98 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 30-98是完全皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为28.0 - 32.0 mPa.s。
KURARAY POVAL® 32-80 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 32-80是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为29.0 - 35.0 mPa.s。
KURARAY POVAL® 32-88 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 32-88是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为30.0 - 34.0 mPa.s。
KURARAY POVAL® 4-88 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 4-88是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为3.5 - 4.5 mPa.s。
KURARAY POVAL® 4-88 LA Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 4-88 LA是低灰级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为3.4 - 4.5 mPa.s。
KURARAY POVAL® 4-88 S4 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 4-88 S4是精细粉末级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为3.5 - 4.5 mPa.s。
KURARAY POVAL® 4-98 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 4-98是完全皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为4.0 - 5.0 mPa.s。
KURARAY POVAL® 4-98 LA Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 4-98 LA是低灰级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为4.0 - 5.0 mPa.s。
KURARAY POVAL® 40-80 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 40-80是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为37.0 - 45.0 mPa.s。
KURARAY POVAL® 40-88 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 40-88是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为38.0 - 42.0 mPa.s。
KURARAY POVAL® 47-88 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 47-88是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为45.0 - 49.0 mPa.s。
KURARAY POVAL® 47-88 S2 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 47-88 S2是精细粉末级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为45.0 - 49.0 mPa.s。
KURARAY POVAL® 48-80 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 48-80是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为45.0 - 51.0 mPa.s。
KURARAY POVAL® 5-74 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 5-74 is a partially saponified grade of polyvinyl alcohol. It is supplied as fine powder/granules with defined grain size. The KURARAY POVAL® is recommended for a variety of uses, ranging from emulsion polymerization aids to binders for pig...展开 KURARAY POVAL® 5-74 is a partially saponified grade of polyvinyl alcohol. It is supplied as fine powder/granules with defined grain size. The KURARAY POVAL® is recommended for a variety of uses, ranging from emulsion polymerization aids to binders for pigments in paper applications. This product has a viscosity of 4.2 - 5.0 mPa.s. 收起
KURARAY POVAL® 5-82 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 5-82是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为4.5 - 5.2 mPa.s。
KURARAY POVAL® 55-95 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 55-95是完全皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为50.0 - 60.0 mPa.s。
KURARAY POVAL® 56-98 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 56-98是完全皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为52.0 - 60.0 mPa.s。
KURARAY POVAL® 56-98 LA Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 56-98 LA是低灰级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为52.0 - 60.0 mPa.s。
KURARAY POVAL® 6-77 KL Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 6-77 KL是精品级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为5.2 - 6.2 mPa.s。
KURARAY POVAL® 6-88 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 6-88是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为5.0 - 6.0 mPa.s。
KURARAY POVAL® 6-98 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 6-98是完全皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为5.0 - 7.0 mPa.s。
KURARAY POVAL® 60-98 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 60-98是完全皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为54.0 - 66.0 mPa.s。
KURARAY POVAL® 8-88 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 8-88是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为7.0 - 9.0 mPa.s。
KURARAY POVAL® 8-88 LA Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 8-88 LA是低灰级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为7.0 - 9.0 mPa.s。
KURARAY POVAL® 8-88 S2 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® 8-88 S2是精细粉末级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为7.0 - 9.0 mPa.s。
KURARAY POVAL® L 10 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® L 10是精品级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为5.0 - 7.0 mPa.s。
KURARAY POVAL® L 508 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® L 508是精品级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为6.0 - 7.0 mPa.s。
KURARAY POVAL® L 8 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® L 8是精品级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为5.0 - 5.8 mPa.s。
KURARAY POVAL® L 9 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® L 9是精品级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为5.5 - 6.1 mPa.s。
KURARAY POVAL® L 9-78 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® L 9-78是精品级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为6.0 - 6.7 mPa.s。
KURARAY POVAL® LM 10 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® LM 10是超低皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为4.5 - 5.7 mPa.s。
KURARAY POVAL® LM 20 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® LM 20是超低皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为3.0 - 4.0 mPa.s。
KURARAY POVAL® LM 22 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® LM 22是超低皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为3.0 - 4.0 mPa.s。
KURARAY POVAL® LM 25 Kuraray Europe GmbH 可乐丽 KURARAY POVAL® LM 25是部分皂化级聚乙烯醇。它以一定晶粒尺寸的精细粉末/颗粒形式供货。KURARAY POVAL®推荐用于多种用途,包括作为乳化聚合助剂或纸张用颜料的基料。这款产品的粘度为3.0 - 4.0 mPa.s。
MMB Kuraray Europe GmbH 可乐丽 MMB (3-甲氧基-3-甲基-1-丁醇)是一种透明,无色,低毒性,可生物降解,具有高闪点的两亲水溶性液体。它是一种很好的增溶剂,可以稳定的对抗自然氧化。它常用于印刷和涂料行业中以控制蒸发速度。
MOWIFLEX TC 232 Kuraray Europe GmbH 可乐丽 是一种聚乙烯醇,适用于熔融成型。基于特殊技术,粒状聚乙烯醇可通过常规塑料加工技术处理,例如吹塑、片材挤出和注塑成型
MOWITAL® B 16 H Kuraray Europe GmbH 可乐丽 聚乙烯醇缩丁醛,按不同分子量和不同缩醛化程度分级。它们可作为基料应用于涂料、印刷油墨、粉末涂料和织物印花油墨。也可用作润湿剂和胶粘剂
MOWITAL® B 20 H Kuraray Europe GmbH 可乐丽 聚乙烯醇缩丁醛,按不同分子量和不同缩醛化程度分级。它们可作为基料应用于涂料、印刷油墨、粉末涂料和织物印花油墨。也可用作润湿剂和胶粘剂
MOWITAL® B 30 H Kuraray Europe GmbH 可乐丽 聚乙烯醇缩丁醛,按不同分子量和不同缩醛化程度分级。它们可作为基料应用于涂料、印刷油墨、粉末涂料和织物印花油墨。也可用作润湿剂和胶粘剂
MOWITAL® B 30 HH Kuraray Europe GmbH 可乐丽 聚乙烯醇缩丁醛,按不同分子量和不同缩醛化程度分级。它们可作为基料应用于涂料、印刷油墨、粉末涂料和织物印花油墨。也可用作润湿剂和胶粘剂
MOWITAL® B 30 T Kuraray Europe GmbH 可乐丽 聚乙烯醇缩丁醛,按不同分子量和不同缩醛化程度分级。它们可作为基料应用于涂料、印刷油墨、粉末涂料和织物印花油墨。也可用作润湿剂和胶粘剂
MOWITAL® B 45 H Kuraray Europe GmbH 可乐丽 聚乙烯醇缩丁醛,按不同分子量和不同缩醛化程度分级。它们可作为基料应用于涂料、印刷油墨、粉末涂料和织物印花油墨。也可用作润湿剂和胶粘剂
MOWITAL® B 45 M Kuraray Europe GmbH 可乐丽 聚乙烯醇缩丁醛,按不同分子量和不同缩醛化程度分级。它们可作为基料应用于涂料、印刷油墨、粉末涂料和织物印花油墨。也可用作润湿剂和胶粘剂
MOWITAL® B 60 H Kuraray Europe GmbH 可乐丽 聚乙烯醇缩丁醛,按不同分子量和不同缩醛化程度分级。它们可作为基料应用于涂料、印刷油墨、粉末涂料和织物印花油墨。也可用作润湿剂和胶粘剂
MOWITAL® B 60 HH Kuraray Europe GmbH 可乐丽 聚乙烯醇缩丁醛,按不同分子量和不同缩醛化程度分级。它们可作为基料应用于涂料、印刷油墨、粉末涂料和织物印花油墨。也可用作润湿剂和胶粘剂
MOWITAL® B 60 T Kuraray Europe GmbH 可乐丽 聚乙烯醇缩丁醛,按不同分子量和不同缩醛化程度分级。它们可作为基料应用于涂料、印刷油墨、粉末涂料和织物印花油墨。也可用作润湿剂和胶粘剂
MOWITAL® B 75 H Kuraray Europe GmbH 可乐丽 聚乙烯醇缩丁醛,按不同分子量和不同缩醛化程度分级。它们可作为基料应用于涂料、印刷油墨、粉末涂料和织物印花油墨。也可用作润湿剂和胶粘剂
MOWITAL® LP BX 860 Kuraray Europe GmbH 可乐丽 Mowital LP BX 860为聚乙烯醇缩乙醛类产品,推荐用作涂料基料,可应用于增加附着力/防腐底漆、车间底漆、耐洗底漆、烤漆、清漆等配方体系中。也可在粉末涂料中用作辅助基料。也可以作为有机颜料的研磨润湿剂。
MPD (3-METHYL-1,5-PENTANEDIOL) Kuraray Europe GmbH 可乐丽 MPD (3-甲基-1,5-戊二醇)是一种具有独特分子结构的低粘度液体。在各种应用场合中都具有重大优势,如:低粘度、易操作、低迁移、良好的附着力、高延伸性。MPD可用于聚酯多醇、聚碳酸酯多醇、增塑剂、聚氨酯树脂的增链剂、二丙烯酸酯和二甲基丙烯酸酯
Nitrocellulose Chips Hengshui New Eastern Chemical Industry Co,. Ltd. Nitrocellulose chips are a white flaky or powdery fiber. This product has a low moisture rate and is used to formulate high brightness paints and coatings. This product is well suited for use in fast-drying automobile lacquers, printing inks, coatings, an...展开 Nitrocellulose chips are a white flaky or powdery fiber. This product has a low moisture rate and is used to formulate high brightness paints and coatings. This product is well suited for use in fast-drying automobile lacquers, printing inks, coatings, and damp-proofing cellophane paper and adhesives. 收起
Nitrocellulose Cotton Hengshui New Eastern Chemical Industry Co,. Ltd. Nitrocellulose cotton is a white floc and chips fiber made from refined cotton and nitric acid. It can be liquified in acetonet, ethyl acetate, camphor ethanol liquid. This product is well suited for producing any color celluloid, nitryl lacquers, wood fi...展开 Nitrocellulose cotton is a white floc and chips fiber made from refined cotton and nitric acid. It can be liquified in acetonet, ethyl acetate, camphor ethanol liquid. This product is well suited for producing any color celluloid, nitryl lacquers, wood finishes, and fast-printing inks. 收起
Nitrocellulose Solution H Type Hengshui New Eastern Chemical Industry Co,. Ltd. Nitrocellulose solution H type is a slightly sticky yellowish liquid made from high nitrogen content nitrocellulose. It has good miscibility and can be mixed with alkyd, maleic resin, and acrylic resin. It is quick drying and forms a hard durable film. Th...展开 Nitrocellulose solution H type is a slightly sticky yellowish liquid made from high nitrogen content nitrocellulose. It has good miscibility and can be mixed with alkyd, maleic resin, and acrylic resin. It is quick drying and forms a hard durable film. This product is well suited for use in lacquers for wood and plastic. 收起
Nitrocellulose solution L type Hengshui New Eastern Chemical Industry Co,. Ltd. Nitrocellulose solution L type is a slightly sticky yellowish liquid made from low nitrogen content nitrocellulose. It has good miscibility and is alcohol soluble. It is quick drying and forms a hard durable film. This product is well suited for use in la...展开 Nitrocellulose solution L type is a slightly sticky yellowish liquid made from low nitrogen content nitrocellulose. It has good miscibility and is alcohol soluble. It is quick drying and forms a hard durable film. This product is well suited for use in lacquers for wood and plastic. 收起
PIOLOFORM® BL 16 Kuraray Europe GmbH 可乐丽 Pioloform BL 16溶液状态呈低黏度并具有非常好的颜料润湿性。醇类,比如乙醇、异丙醇、正丁醇、双丙酮醇等都是非常好的溶剂。在油墨中,通常使用乙醇。 Pioloform BL 16同时在酯类中也有非常好的溶解性。比如:醋酸甲酯、醋酸乙酯和乙酸正丁酯。
Titanium Dioxide Anatase Hoten Chemical International Group Titanium Dioxide Anatase is a white powder derived from titanium concentrates and sulfuric acid. This anatase titanium dioxide pigment can provide whiteness, gloss, and high intensity in paints, coatings, and printing inks.
Titanium Dioxide Rutile HTD-R100 Hoten Chemical International Group Titanium Dioxide Rutile HTD-R100 is a white powder derived from titanium concentrates and sulfuric acid. This rutile titanium dioxide pigment surface is treated by inorganic alumina and silicon to provide whiteness, gloss, high tinting strength, durabilit...展开 Titanium Dioxide Rutile HTD-R100 is a white powder derived from titanium concentrates and sulfuric acid. This rutile titanium dioxide pigment surface is treated by inorganic alumina and silicon to provide whiteness, gloss, high tinting strength, durability and dispersion properties to coating, paint, and printing ink. 收起
Titanium Dioxide Rutile for Paint Industry HTD-R100 Hoten Chemical International Group Titanium Dioxide Rutile for Paint Industry HTD-R100 is a white powder derived from titanium concentrates and sulfuric acid. This rutile titanium dioxide pigment surface is treated by inorganic alumina and silicon to provide whiteness, gloss, high tinting ...展开 Titanium Dioxide Rutile for Paint Industry HTD-R100 is a white powder derived from titanium concentrates and sulfuric acid. This rutile titanium dioxide pigment surface is treated by inorganic alumina and silicon to provide whiteness, gloss, high tinting strength, durability and dispersion properties to coating, paint, and printing inks. 收起
Acrylic Resin Fundamentals Ronald J. Lewarchik Coatings utilizing acrylic resins are the leading polymer technology in the coatings industry and are utilized in architectural coatings, product finishes for original equipment manufacture including automotive (OEM) and refinish, as well as special-purpo...展开 Coatings utilizing acrylic resins are the leading polymer technology in the coatings industry and are utilized in architectural coatings, product finishes for original equipment manufacture including automotive (OEM) and refinish, as well as special-purpose coatings. In this article from coatings expert Ron Lewarchik discusses the fundamentals of acrylic resin. 收起
Basics of Alkyd Resin Technology Ronald J. Lewarchik Alkyds are prepared from the condensation reaction between polyols, dibasic acids and fatty acids. In this article from coatings expert Ron Lewarchik, he discusses how alkyds still play a significant role in the coatings industry, due to their versatility...展开 Alkyds are prepared from the condensation reaction between polyols, dibasic acids and fatty acids. In this article from coatings expert Ron Lewarchik, he discusses how alkyds still play a significant role in the coatings industry, due to their versatility, and because they employ a significant amount of renewable material. 收起
Beat the Heat with Solar Reflective Coatings Ronald J. Lewarchik In this article, paint and coatings industry expert, Ronald Lewarchik, discusses how to beat the heat using solar reflective coatings. He explains the factors that determine an objects temperature including solar reflectivity, emissivity, convection and ...展开 In this article, paint and coatings industry expert, Ronald Lewarchik, discusses how to beat the heat using solar reflective coatings. He explains the factors that determine an objects temperature including solar reflectivity, emissivity, convection and conduction. He also discusses how solar reflective paint technology can save on cooling cost and benefit the environment by lowering levels of smog and ozone. 收起
Bio-based Resins for Coatings Ronald J. Lewarchik In recent years, there has been a growing interest in the use of bio-based resin building blocks in the synthesis of polymers for use in coatings. Bio-based products are derived from plants and other renewable agricultural, marine, and forestry materials ...展开 In recent years, there has been a growing interest in the use of bio-based resin building blocks in the synthesis of polymers for use in coatings. Bio-based products are derived from plants and other renewable agricultural, marine, and forestry materials and provide an alternative to conventional petroleum derived products. In this article, expert author Ronald Lewarchik discusses the various categories of bio-based resins for coatings. 收起
Certified Green Claims Increase Value & Brand Recognition in Coatings Ronald J. Lewarchik A new study from UL Environment reveals that legitimate third-party, certified green claims contribute to the attractiveness of coatings products and command a higher price due to enhanced brand perception. Find out how to avoid misleading claims, and get...展开 A new study from UL Environment reveals that legitimate third-party, certified green claims contribute to the attractiveness of coatings products and command a higher price due to enhanced brand perception. Find out how to avoid misleading claims, and get insight into consumer and business viewpoints in this article from expert formulator Ronald Lewarchik. 收起
Coil Coating Explained Ronald J. Lewarchik Paint and Coatings industry expert, Ronald Lewarchik, discusses the many different varieties and uses of coil coating. Some topics include typical coil coating line, coil coating options and benefits, and coil coated substrate.
Considerations for Developing Wood Coatings Ronald J. Lewarchik In this intriguing article, expert author Ronald Lewarchik discusses the development of wood coatings. He touches on moisture content, expansion and contraction, age, geometry and type of wood, resin types and curing chemistry.
Dispersing and Wetting Hydrophobic Pigments and Fillers in Water Based Paints to avoid Pigment Flooding and Floating Ronald J. Lewarchik A critical part of any coatings formulation is ensuring the coating will be free of inherent defects, including pigment flooding and floating. And waterborne formulations represent unique challenges due to multiple factors. In this article, coatings exper...展开 A critical part of any coatings formulation is ensuring the coating will be free of inherent defects, including pigment flooding and floating. And waterborne formulations represent unique challenges due to multiple factors. In this article, coatings expert Ron Lewarchik defines some of the important considerations in formulating waterborne paints to avoid these common defects. 收起
Effect of Pigment Volume Concentration on Coatings Properties – Part II Ronald J. Lewarchik This article by expert author Ron Lewarchik continues the discussion about the effect of pigment volume concentration on coatings properties. He explains critical pigment volume concentration (CPVC), oil absorption, and changes in properties including phy...展开 This article by expert author Ron Lewarchik continues the discussion about the effect of pigment volume concentration on coatings properties. He explains critical pigment volume concentration (CPVC), oil absorption, and changes in properties including physical (adhesion, tensile strength/elongation and paint density), durability (resistance to moisture, rust, moisture penetration), and appearance (hiding, gloss, tint strength). 收起
Flow, Leveling & Viscosity Control in Water Born Coatings Ronald J. Lewarchik In this expert article by Ron Lewarchik, he covers flow leveling and viscosity in water born coatings. Topics covered include resin effects, temperature and humidity; wetting; flow control as well as suppliers for surfactants and associative thickener flo...展开 In this expert article by Ron Lewarchik, he covers flow leveling and viscosity in water born coatings. Topics covered include resin effects, temperature and humidity; wetting; flow control as well as suppliers for surfactants and associative thickener flow control agents. 收起
Fundamentals of Corrosion Protection Ronald J. Lewarchik Corrosion is a an electrochemical process where the metal is oxidized by virtue of interaction with its environment, which results in the metal returning to its most stable oxidative state. In this article, Ronald Lewarchik discusses the factors that infl...展开 Corrosion is a an electrochemical process where the metal is oxidized by virtue of interaction with its environment, which results in the metal returning to its most stable oxidative state. In this article, Ronald Lewarchik discusses the factors that influence corrosion, especially in regard to the use of coatings designed to protect the metal to which they’re applied. Some topics include organic coatings, pigment selection and the effect of pH on the rate of corrosion. 收起
Fundamentals of Waterborne Resin Technology Ronald J. Lewarchik Waterborne coatings are the largest type of coating technology used on a global basis and are expected to continue to grow as a percent of the total coatings market. By 2022, the global market size of waterborne coatings is expected to be over $146 billio...展开 Waterborne coatings are the largest type of coating technology used on a global basis and are expected to continue to grow as a percent of the total coatings market. By 2022, the global market size of waterborne coatings is expected to be over $146 billion USD. Read this article by expert author, Ronald Lewarchik, to gain insight into the driving forces, advantages and disadvantages of waterborne coatings. 收起
Green Resin Technology - The Other Approach Ronald J. Lewarchik In April 2015, Prospector published an article on green resin technology using bio-based resin building blocks in the synthesis of polymers for coatings. Another highly desirable approach to green technology is the incorporation of resins utilizing buildi...展开 In April 2015, Prospector published an article on green resin technology using bio-based resin building blocks in the synthesis of polymers for coatings. Another highly desirable approach to green technology is the incorporation of resins utilizing building blocks derived from recyclable materials. Read this article by Ronald Lewarchik to learn about polyurethane, Glycolysis and recyclable material. 收起
Hydrophobic Coatings Ronald J. Lewarchik Coatings that offer a hydrophobic or superhydrophobic surface can impart multiple advantages to the coating surface and substrate they are applied to. In this article, Ronald Lewarchik talks about contact angle for hydrophobic coating surface and a hydrop...展开 Coatings that offer a hydrophobic or superhydrophobic surface can impart multiple advantages to the coating surface and substrate they are applied to. In this article, Ronald Lewarchik talks about contact angle for hydrophobic coating surface and a hydrophillic coating surface, contact angle and superhydrophobicity, surface tension of paint, lotus leaf effect and surface energy of materials. 收起
Improving Performance in Ambient Cured Latex Paints Ronald J. Lewarchik Expert paint and coatings formulator Ronald Lewarchik discusses the causes of poorer performance in ambient cured water-born coatings and provides formulation guidance in this article. Topics covered include the use of commercially available latex polymer...展开 Expert paint and coatings formulator Ronald Lewarchik discusses the causes of poorer performance in ambient cured water-born coatings and provides formulation guidance in this article. Topics covered include the use of commercially available latex polymers and cross-linkers, performance properties of thermoplastic emulsions vs crosslinked emulsions, types of crosslinkable latex compositions and more. 收起
Inert Pigments - The Unseen Contributor to Improving Paint Performance Ronald J. Lewarchik Paint and coatings industry expert, Ronald Lewarchik, discusses the various benefits of inert pigments and how they improve paint performance. Includes details of critical characteristics of inert pigments such as mineralogy, physical characterization, ...展开 Paint and coatings industry expert, Ronald Lewarchik, discusses the various benefits of inert pigments and how they improve paint performance. Includes details of critical characteristics of inert pigments such as mineralogy, physical characterization, and particle metrics. 收起
Nano Particles – When Smaller is Better Ronald J. Lewarchik Nanoparticles are normally defined as those particles that have a dimension of between 1 and 100 nm. The use of Nanoparticles in coatings has provided a means to further improve performance such as scratch resistance, hardness and more. Learn about the be...展开 Nanoparticles are normally defined as those particles that have a dimension of between 1 and 100 nm. The use of Nanoparticles in coatings has provided a means to further improve performance such as scratch resistance, hardness and more. Learn about the benefits of nanoparticles in this article by expert author Ronald Lewarchik. 收起
Reactive Silanes for Enhancement of Coating Performance Ronald J. Lewarchik Reactive silanes can be used for multiple applications to enhance the performance of coatings, including improving adhesion to inorganic substrates, providing cross linking, improving pigment dispersion, improving hydrophobicity and scavenging moisture. L...展开 Reactive silanes can be used for multiple applications to enhance the performance of coatings, including improving adhesion to inorganic substrates, providing cross linking, improving pigment dispersion, improving hydrophobicity and scavenging moisture. Learn more about trialkoxy silanes in this article by industry expert Ron Lewarchik. 收起