| ACEMATT® OK 500 | Evonik Operations GmbH, BL Coating Additives | ACEMATT® OK 500 is a high performance, fine-grained wax after-treated precipitated silica developed for a variety of applications in paints and coatings. This product is suitable for pigmented and non-pigmented systems, and due to the excellent suspension...weiterlesen ACEMATT® OK 500 is a high performance, fine-grained wax after-treated precipitated silica developed for a variety of applications in paints and coatings. This product is suitable for pigmented and non-pigmented systems, and due to the excellent suspension behavior, it is particularly applicable in clear coatings. The physical properties of ACEMATT® OK 500 makes it an all-purpose matting agent which obtains superior surface smoothness on films. verkürzen | Request Sample |
| ACEMATT® OK 412 | Evonik Operations GmbH, BL Coating Additives | ACEMATT® OK 412 is a high performance, fine-grained wax after-treated precipitated silica developed for a variety of applications in paints and coatings. This effective matting agent is suitable for pigmented coatings. Due to the remarkable suspension be...weiterlesen ACEMATT® OK 412 is a high performance, fine-grained wax after-treated precipitated silica developed for a variety of applications in paints and coatings. This effective matting agent is suitable for pigmented coatings. Due to the remarkable suspension behavior, ACEMATT® OK 412 is particularly suitable for clear coatings and other non-pigmented systems. The physical properties of this product makes it an all-purpose matting agent which obtains films with excellent surface smoothness. verkürzen | Request Sample |
| ACEMATT® OK 900 | Evonik Operations GmbH, BL Coating Additives | ACEMATT® OK 900 is a highly efficient, medium particle-sized, wax-treated precipitated silica. It is especially recommended for coil coatings as well as general industrial coatings. | Request Sample |
| ACEMATT® OK 390 | Evonik Operations GmbH, BL Coating Additives | ACEMATT® OK 390 is a wax-treated, finer-grade matting agent based on precipitated silica. Providing very high compatibility it can be used in a large variety of coatings. | Request Sample |
| ACEMATT® OK 607 | Evonik Operations GmbH, BL Coating Additives | ACEMATT® OK 607 is a high performance, very fine-grained wax after-treated precipitated silica developed for a variety of applications in paints and coatings. This matting agent is suitable for pigmented, as well as non-pigmented systems. ACEMATT® OK 607 ...weiterlesen ACEMATT® OK 607 is a high performance, very fine-grained wax after-treated precipitated silica developed for a variety of applications in paints and coatings. This matting agent is suitable for pigmented, as well as non-pigmented systems. ACEMATT® OK 607 provides a high sheen, 85° reflectometer value, and is very suitable for thin-film coatings. Due to the suspension behavior, it is also particularly applicable in clear coatings which obtains films with the highest surface smoothness. verkürzen | Request Sample |
| ACEMATT® OK 520 | Evonik Operations GmbH, BL Coating Additives | ACEMATT® Matting agents are high performance silica developed for a variety of applications in Paints and Coatings. ACEMATT® OK 520 is an easily dispersible, organically treated matting agent suitable for general applications. This matting agent allows ex...weiterlesen ACEMATT® Matting agents are high performance silica developed for a variety of applications in Paints and Coatings. ACEMATT® OK 520 is an easily dispersible, organically treated matting agent suitable for general applications. This matting agent allows exceptional surface characteristics with excellent slip-effect, also in pigmented coatings. As a result of its outstanding suspension behavior, it is especially suitable for use in clear coats. verkürzen | Request Sample |
| ACEMATT® OK 607 LC | Evonik Operations GmbH, BL Coating Additives | ACEMATT® OK 607 LC is a very fine-grained wax after-treated precipitated silica. It is mainly used as a high-purity filler for e-coats due to its outstanding suspension behaviour and low electrical conductivity. | Request Sample |
