Surface Modifiers for Coatings

APPLICATIONS GUIDE

LANCO™ WAX Micronised Waxes

POWDERADD™ Waxes

AQUASLIP™

Wax Emulsions

LANCO™ LIQUIMATT

Wax Dispersions

LANCO™ FLOW

Flow Promoters

LANCO™ ANTIMAR Antimar Agents

LANCO™ GLIDD

Wax Dispersions

LANCO™ WAX

Micronised Waxes

One supplier. Many solutions.

Industry knowledge

The effective use of additives in a coating extends far beyond the product itself. Knowledge and understanding of the coating, its application, a sense of the market and focus on the customer are all essential. This is what we mean by problem solving, and it leads to the development of mean-ingful solutions to satisfy your needs.

Technical support

Specialised coating labs, in Europe, Asia and in the U.S. – fully equipped to produce and apply small quantities of coatings – dedicated to helping our customers, dealing with technical enquiries and delivering solutions.

Quality products

From product development to production and distribution, we carefully control all processes to ensure the quality of our products and help our customers gain a competitive edge.

Best solution

Each type of coating – can, coil, powder, architectural or industrial – has a specific set of performance requirements. Lubrizol specialises in providing just the right product in just the right amount to turn an ordinary coating into an extraordinary coating – at optimal cost around the globe.

On-time delivery

Product availability and on-time delivery are vital to any business. To answer these needs Lubrizol has a worldwide network of distribution points. This comprehensive network provides immediate access to customer service personnel.

www.lubrizolcoatings.com

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Frequently asked questions

Why are waxes used? For improvement and optimisation of surface properties as for example:

- scratch resistance

- abrasion resistance

- slip

- antiblocking

- matting

How much wax is used? For matting, an addition rate of 1 - 5% is usually recommended. To improve mar and scratch resistance or control slip, between 0.2 and 1.0% should be used.

How are waxes incorporated?

The wax should be incorporated using high shear mixers or dissolvers, any additional micronisation not being necessary! The use of wax dispersions is recommended as a dust-free alternative, facilitating an easy dispersion even under critical circumstances.

Which wax types should be used?

Several factors play important roles in the selection of a wax, including chemical composition, the particle size and form, application method, dry film thickness and curing mechanism. It is not possible to generalise on the type of wax that should be used.

How do waxes work in a coating?

The interaction of waxes can be explained via two models. Coatings with higher film thickness and baking enamels usually show a floating effect of the wax towards the coating surface.The overlay effect shows wax particles piled on top of one another up to the coatings surface. This effect can be observed in thin film thicknesses and in coating films which shrink very little or not at all during the curing process.In practice, both effects will probably appear at the same time.

Coating

Substrate

50 μm20 μm

„Floating“ „Overlay, ball-bearing“

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SURFACE MODIFIERS FOR AQUEOUS WOOD COATINGS

Scratch Resistance

Matting Efficiency*

Surface Feel DispersabilityIn-Can- Stability

MICRONISED PRODUCTS

LANCO™ 1588 LF

LANCO™ 1�70 LF

LANCO™ PEW 1555

LANCO™ 19�0

LIQUID PRODUCTS

LANCO™ GLIDD 6��5

LANCO™ GLIDD 61�8

LANCO™ GLIDD 95�0

LANCO™ LIQUIMATT 6000

LANCO™ LIQUIMATT 6010

LANCO™ LIQUIMATT 6�75

AQUASLIP™ 671

AQUASLIP™ 677

AQUASLIP™ 701

AQUASLIP™ 702

* Products compared on similar addition levels as supplied

For Antiblocking the use of AQUASLIP™ 677, AQUASLIP™ 701, AQUASLIP™ 702 , LANCO™ GLIDD 95�0 and LANCOTM 19�0 is recommended.

Wood Coatings

SURFACE MODIFIERS FORSOLvENT BASED WOOD COATINGS

Scratch and Mar Resistance

Matting Efficiency

Surface Feel Antiburnishing

MICRONISED PRODUCTS

LANCO™ 1�70 LF

LANCO™ 1�00 LF

LANCO™ 1�00 SF

LANCO™ 1588 LF

LANCO™ TF 1725 LF

LANCO™ MATT 2000

LIQUID PRODUCTS*

LANCO™ GLIDD 5575

LANCO™ LIQUIMATT 57�0

LANCO™ ANTIMAR �50

* Products compared on similar active basis

>> Wood Coatings

Find the best Surface Modifier for your Wood Coatings Application.

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SURFACE MODIFIERS FOR Uv WOOD COATINGS

Matting Efficiency

Influence on viscosity

Surface FeelAbrasion

Resistance

MICRONISED PRODUCTS

LANCO™ 1�9� F*

LANCO™ 1�9� LF

LANCO™ 1588 LF

LANCO™ TF 1725 LF

LANCO™ 1�70 LF

LANCO™ MATT 2000

* The use of LANCO™ 1�9� F is recommended for where dry film thickness is > 20 μm.Liquid products may be available in a monomer of choice on your request.

SURFACE MODIFIERS FORSOLvENT BASED WOOD COATINGS

Scratch and Mar Resistance

Matting Efficiency

Surface Feel Antiburnishing

MICRONISED PRODUCTS

LANCO™ 1�70 LF

LANCO™ 1�00 LF

LANCO™ 1�00 SF

LANCO™ 1588 LF

LANCO™ TF 1725 LF

LANCO™ MATT 2000

LIQUID PRODUCTS*

LANCO™ GLIDD 5575

LANCO™ LIQUIMATT 57�0

LANCO™ ANTIMAR �50

* Products compared on similar active basis

Technical Data of Surface Modifiers for Wood Coatings

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LIQUID PRODUCTS Chemical Base% SolidsContent

pH-value SolventDensity

g/cm� @ 20°C

LANCOTM GLIDD 6��5 PE �2 10.0 Water 0.97

LANCOTM GLIDD 61�8 PE 5� 8.5 Water 0.96

LANCOTM GLIDD 95�0 PTFE-modified PE �0 8.0 Water 1.00

LANCOTM LIQUIMATT 6000 Modified Carnauba 99 8.5 n.a. 0.96

LANCOTM LIQUIMATT 6010 Modified PE 95 6.0 Methoxypropanol 0.95

LANCOTM LIQUIMATT 6�75 Silicagel/PE 50 10.5 Water 1.00

AQUASLIPTM 671 Oxidised PE �7 �.0 Water 1.00

AQUASLIPTM 677 Paraffin Wax 55 9.0 Water 0.95

AQUASLIPTM 701 Paraffin Wax 60 7.5 - 10 Water 0.9�

AQUASLIPTM 702 Paraffin Wax 50 6.8 - 7.8 Water 0.97

LANCOTM GLIDD 5575 PE �5 n.a. Butylacetate 0.97

LANCOTM LIQUIMATT 57�0 PE-Silica 2� n.a. Xylene/Butylacetate 0.96

LANCOTM ANTIMAR �50 Wax modified Silicone 50 n.a. Butylacetate 0.9�

MICRONISED PRODUCTS Chemical BaseParticle Size

μm Dv 50 max.Particle Size

μm Dv 90 max.Melting Point °C

Densityg/cm� @ 20°C

LANCOTM 1588 LF PE 9 18 105 0.96

LANCOTM PEW 1555 Hydrophilic PE 9 22 102 0.96

LANCOTM 1�70 LF Modified PP 9 18 150 0.9�

LANCOTM 1�00 LF Modified PE 9 19 1�0 0.97

LANCOTM 1�00 SF Modified PE 6 1� 1�0 0.97

LANCOTM TF 1725 LF PTFE-modified PE 9 18 125 1.01

LANCOTM MATT 2000 Wax treated Silicagel 5.5 n.a. n.a. 2.00

LANCOTM 1�9� F PP 1� 25 1�0 0.90

LANCOTM 1�9� LF PP 9 18 1�0 0.90

LANCOTM 19�0 Proprietary Compound 8 19 12� 0.99

SURFACE MODIFIERS FOR COIL COATINGS

Abrasion Resistance

SlipScratch/Mar Resistance

Metal Marking

Resistance

Anti-blocking

High Gloss

MICRONISED PRODUCTS

LANCO™ PE 1500 F O

LANCO™ 1588 LF O

LANCO™ PP 1�62 D O

LANCO™ PP 1�50 F O

LANCO™ TF 1780 X

LANCO™ 1955 SF X

LANCO™ TF 1778 X

LIQUID PRODUCTS

LANCO™ GLIDD 5518 X X

LANCO™ GLIDD �8�2 X

LANCO™ GLIDD �8�8 X X

LANCO™ GLIDD SE X

LANCO™ GLIDD PMS O

LANCO™ GLIDD �520 X

Coil Coatings

Abrasion Resistance

Reduction of COF

AntiblockingScratch

ResistanceFlow

LANCO™ TF 1780 LANCO™ GLIDD PMS LANCO™ 1955 SF LANCO™ 1588 LF LANCO™ FLOW U

LANCO™ PP 1�50 F LANCO™ GLIDD SE LANCO™ GLIDD �8�2 LANCO™ TF 1778 LANCO™ FLOW UX 80

LANCO™ GLIDD �520 LANCO™ GLIDD �8�8 LANCO™ GLIDD PMS LANCO™ GLIDD �520 LANCO™ FLOW CC 80

LANCO™ GLIDD �8�2 LANCO™ GLIDD SE LANCO™ GLIDD �8�2 LANCO™ FLOW UMPA 60

Find the best Surface Modifier for your Coil Coatings Application.

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>> Coil Coatings

O = poor performance · X = excellent performance · XX = highly recommended ·

= low ·

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FLOW PROMOTERS Chemical Base% Solids Content

SolventDensity

g/cm� @ 20°C

LANCOTM FLOW U Acrylic Polymer > 99 None 1.02

LANCOTM FLOW UX 80 Acrylic Polymer 80 Xylene 0.98

LANCOTM FLOW UMPA 60 Acrylic Polymer 60 MPA 0.98

LANCOTM FLOW CC 80 Modified Acrylic Polymer 80 Isobutanol 0.96

LIQUID PRODUCTS Chemical Base% Solids Content

Melting Point Wax °C

SolventDensity

g/cm� @ 20°C

LANCOTM GLIDD 5518 PTFE-modified Carnauba 18 82 BG 0.92

LANCOTM GLIDD �8�2 PTFE-modified Compound �2 100 A 150 ND/MP 0.90

LANCOTM GLIDD �8�8 Modified Carnauba �8 82 Mixture 0.91

LANCOTM GLIDD SE Microcrystalline 15 79 A 150 ND/MP 0.91

LANCOTM GLIDD PMS Modified PE 21 88 A 150 ND 0.90

LANCOTM GLIDD �520 PTFE-modified PE 20 102 A 100/BG 0.92

A 100 = Solvesso 100 · A 150 ND = Aromatic 150 ND · BG = Butyl Glycol · MP = Methoxypropanol · MPA = Methoxypropylacetate

SURFACE MODIFIERS FOR COIL COATINGS

Anti-cratering

Flow Levelling Degassing FDA 175.�00 High Gloss

FLOW PROMOTERS

LANCO™ FLOW U yes X

LANCO™ FLOW UX 80 yes X

LANCO™ FLOW UMPA 60 yes X

LANCO™ FLOW CC 80 no X X

MICRONISED PRODUCTS Chemical BaseParticle Sizeμm Dv 50

max.

Particle Sizeμm Dv 90

max.

Melting Point°C

Densityg/cm� @ 20°C

LANCOTM PE 1500 F PE 9 22 102 0.96

LANCOTM 1588 LF PE 9 18 105 0.96

LANCOTM PP 1�62 D Modified PP 9 22 1�0 0.9�

LANCOTM PP 1�50 F Modified PP 9 22 150 0.9�

LANCOTM TF 1780 PTFE-modified PE 6 1� 102 1.07

LANCOTM 1955 SF Carnauba 6 1� 82 1.00

LANCOTM TF 1778 PTFE-modified PE 6 1� 102 1.0�

Technical Data of Surface Modifiers for Coil Coatings

O = poor performance · X = excellent performance · XX = highly recommended · = high

Can Coatings

Scratch Resistance

Gloss Retention

Reduction of COF

Low infl uence on Porosity

LANCO™ TF 1780 EF LANCO™ GLIDD ��15 LANCO™ GLIDD ��15 LANCO™ 15�0 SF

LANCO™ GLIDD PEC LANCO™ GLIDD PEC AQUASLIP™ 952 LANCO™ GLIDD PEC

LANCO™ GLIDD �8�2 LANCO™ GLIDD 5518 LANCO™ GLIDD 2656 LANCO™ GLIDD 5518

AQUASLIP™ 952 LANCO™ GLIDD ��15

SURFACE MODIFIERS FORCAN COATINGS

Scratch Resistance

Gloss Retention Reduction of COFInfl uence on

Porosity

MICRONISED PRODUCTS

LANCO™ 15�0 SF

LANCO™ TF 1780 EF

LIQUID PRODUCTS

LANCO™ GLIDD PEC

LANCO™ GLIDD 5518

AQUASLIPTM 952

LANCO™ GLIDD 2656

LANCO™ GLIDD ��15

LANCO™ GLIDD �8�2

Find the best Surface Modifi er for your Can Coatings Application.

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>> Can Coatings

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LIQUID PRODUCTS Chemical Base% Solids Content

Melting Point Wax °C

SolventDensity

g/cm� @ 20°C

LANCOTM GLIDD PEC Modifi ed PE 15 102 A 150 ND/MP 0.91

LANCOTM GLIDD 5518 PTFE-modifi ed Carnauba 18 82 BG 0.92

AQUASLIPTM 952 Carnauba 25 82 Water 1.00

LANCOTM GLIDD 2656 Carnauba 10 82 A 150 ND/IPA 0.86

LANCOTM GLIDD ��15 Carnauba 15 82 Mixture 0.90

LANCOTM GLIDD �8�2 PTFE-modifi ed Compound �2 100 A 150 ND/MP 0.90

A 150 ND = Aromatic 150 ND · BG = Butyl Glycol · IPA = Isopropanol · MP = Methoxypropanol

MICRONISED PRODUCTS Chemical BaseParticle Size

μm Dv 50 max.Particle Size

μm Dv 90 max.Melting Point

°CDensity

g/cm� @ 20°C

LANCOTM 15�0 SF PE 6 1� 118 0.97

LANCOTM TF 1780 EF PTFE-modifi ed PE 5 10 102 1.07

Technical Data of Surface Modifi ers for Can Coatings

MICRONISED PRODUCTS Chemical BaseParticle Size

μm Dv 50 max.Particle Size

μm Dv 90 max.Melting Point

°CDensity

g/cm� @ 20°C

LANCOTM TF 1778 PTFE-modified PE 6 1� 102 1.0�

LANCOTM TF 1725 LF PTFE-modified PE 9 18 125 1.01

POWDERADDTM 9078 PTFE-modified PE �00 n.a. 115 1.01

LANCOTM 1�00 LF Modified PE 9 19 1�0 0.97

LANCOTM 1900 MF Polymer Compound 15 n.a. 60 1.12

LANCOTM 1910 MF Polymer Compound 70 n.a. 6� 1.01

POWDERADDTM 909� PP 15 n.a. 1�0 0.90

LANCOTM 1550 PE Compound �0 n.a. 117 0.95

POWDERADDTM 9062 Modified PE 80 n.a. 1�0 0.97

LANCOTM PP 1�62 D Modified PP 9 22 1�0 0.9�

POWDERADDTM 9060 Amide 9 22 1�0 0.99

SURFACE MODIFIERS FORPOWDER COATINGS

Scratch Resistance

Matting Efficiency

Degassing Post Addibility

MICRONISED PRODUCTS

LANCO™ TF 1778 yes

LANCO™ TF 1725 LF yes

POWDERADD™ 9078 no

LANCO™ 1900 MF yes

LANCO™ 1910 MF no

POWDERADD™ 909� no

LANCO™ 1550 no

POWDERADD™ 9062 no

LANCO™ PP 1�62 D yes

LANCO™ 1�00 LF yes

POWDERADD™ 9060 yes

LANCO™ FLOW P �0 Hydrogenated castor oil used as process aid, supports flow and levelling of the powder coating film

LANCO™ FLOW P 10 Acrylic flow modifier 65% active on silica, effectively eliminates cratering, improves flow

LANCO™ STAT �08 Conductivity promoter, aids in charging of powder particles and reduces Faraday cage effect

POWDERADD™ G 1�0 Modified Silica used as process aid, supports fluidisation and anti-caking

Find the best Surface Modifier for your Powder Coatings Application.

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>> Powder Coatings

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Technical Data of Surface Modifiers for Powder Coatings

Matting Efficiency of LANCOTM & POWDERADDTM Texturing Agents

FLOW PROMOTERS Polymer % Solids ContentDensity

g/cm� @ 20°C

LANCOTM FLOW P �0 Modified Castor Oil Wax 100 0.90

LANCOTM FLOW P 10 Acrylic Polymer 99 1.�9

SURFACE MODIFIERS FOR TEXTURING OF POWDER COATINGS

Description of Texture Matting GradeMinimum

Addition Rate

LANCO™ TF 18�0 fine, uniform glossy to semi-matt 0.8

POWDERADD™ 9080 coarse n.a. 0.2

POWDERADD™ 908� fine, uniform semi-matt to matt 0.5

POWDERADD™ 9085 fine, smooth feel matt to dry matt 0.5

POWDERADD™ 9089 fine, uniform semi-matt to matt 0.5

LANCO™ 1890 fine, uniform matt to dry matt 0.2

22

15

1011

25

20

15

10

5

0

LANCOTM TF 18�0 POWDERADDTM 908� POWDERADDTM 9089 LANCOTM 1890

Addition level LANCOTM 1890 0.�%, POWDERADDTM 9085 1%, all other products 2% on total formulation weight

11

Glo

ss

60°

�

POWDERADDTM 9085

MISCELLANEOUS ADDITIvES BaseParticle Sizeμm Dv 50

max.

Densityg/cm� @ 20°C

POWDERADDTM G 1�0 Modified Silica 5.5 2.10

LANCOTM STAT �08 Conductivity Promoter Fine beads 0.96

REF.: SM1/2/002-GBISSUED: 0�/2011

The information contained herein is believed to be reliable, but no representations, guarantees or warranties of any kind are made as to its accuracy, suitability for particular applications or the results to be obtained. The information is based on laboratory work with small-scale equipment and does not necessarily indicate end product performance. Because of the variations in methods, conditions and equipment used commercially in processing these materials, no warranties or guarantees are made as to the suitability of the products for the applications disclosed. Full-scale testing and end product performance are the responsibility of the user. Lubrizol shall not be liable for and the customer assumes all risk and liability of any use or handling of any material beyond Lubrizol‘s direct control. The SELLER MAKES NO WARRANTIES, EXPRESS OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.Nothing contained herein is to be considered as permission, recommendation, nor as an inducement to practice any patented invention without permission of the patent owner.

™ LANCO, POWDERADD and AQUASLIP are trademarks of The Lubrizol Corporation. © The Lubrizol Corporation 2011, all rights reserved

www.lubrizolcoatings.com

Global Headquarters

Lubrizol Advanced Materials, Inc. 9911 Brecksville Road Cleveland, OH ��1�1-�2�7

Tel: + 1 - 216 - ��7 - 5000

Your contact for Surface Modifiers & Flow Promoters:

EUROPE - MIDDLE EAST - AFRICA

Lubrizol Deutschland GmbHMax-Planck-Straße 627721 Ritterhude Germany

Tel.: + �9 - (0) �21 - 69� ��Fax: + �9 - (0) �21 - 69� ��00

E-mail: lanco@lubrizol.com