COATINO®

Step 1

Mill base

Pos.	Component	Amount	Producer
1	SILIKOPHEN® AC 1000	11 g
2	Xylene	22 g
3	TEGO® Airex 900	33 g
4	BENTONE® SD-1	44 g	Elementis
5	MICA TM	55 g	Aspanger Bergbau und Mineralwerke GmbH & Co KG
6	BLANC FIXE N	66 g	Solvay S.A.
7	AEROSIL® R 972	77 g
8	HEUCODUR® Black 9-100	88 g
	Total	82.7 g

1

SILIKOPHEN® AC 1000

11 g

2

Xylene

22 g

3

TEGO® Airex 900

33 g

4

BENTONE® SD-1

44 g

Elementis

5

MICA TM

55 g

Aspanger Bergbau und Mineralwerke GmbH & Co KG

6

BLANC FIXE N

66 g

Solvay S.A.

7

AEROSIL® R 972

77 g

8

HEUCODUR® Black 9-100

88 g

Preparation

Weigh in

SILIKOPHEN® AC 1000

.

Add components 2 to 8 while stirring.

Dispers in the bead mill until the required particle size is reached (< 20 µm).

Step 2

Let Down

Pos.	Component	Amount	Producer
9	STAPA® 4 n.l.	99 g	Eckart GmbH
10	Butyl glycol acetate	110 g
11	Xylene	121 g
	Total	100.0 g

9

STAPA® 4 n.l.

99 g

Eckart GmbH

10

Butyl glycol acetate

110 g

11

Xylene

121 g

Preparation

Add components 9 to 11 while stirring.

Properties

Attribute	Conditions	Value	unit
Theoretical solids content		approx. 71	%
Cup efflux time	Cup: DIN 4	18 - 28	s
Density		1.28	g/cm³
VOC-Content		approx. 368	g/l

Theoretical solids content

approx. 71 %

Cup efflux time

18 - 28 s

Conditions: Cup: DIN 4

Density

1.28 g/cm³

VOC-Content

approx. 368 g/l

Attribute	Conditions	Value	unit
Dry trough	approx. 23 °C & 50% rH	2 - 3	h
Wet film thickness		50 - 60	µm
Dry film thickness		20 - 25	µm

1K high heat-resistant coating based on SILIKOPHEN® AC 1000, gray

Login

Preparation

Mill base

Preparation

Let Down

Preparation

Properties

Formulations variants

Application

Example - High pressure spraying