If you have pre-customised this work section using the "questions and answers" provided as part of the downloading process, it may be necessary to amend some clauses to suit the final project-specific version.
The section must still be checked and customised to suit the project being specified, by removing any other irrelevant details and adding project-specific details and selections.
This section relates to the preparation and painting of Dulux protective coating systems over:
Modify or extend the above description to suit the project being specified.
For specific technical information call Dulux customer services on 0800 800 424 or access DuSpec, our web based specification site www.duspec.co.nz
Refer to ~ for ~
Include cross references to other sections where these contain related work.
Other related sections could be; 6700D DULUX PAINTING GENERAL, 6721D DULUX PAINTING INTERIOR for interior painting, and 6711D DULUX PAINTING EXTERIOR for exterior painting, 3411 STRUCTURAL STEELWORK and 6782 METAL SPRAY CORROSION PROTECTION sections for preparation of steelwork.
The following abbreviations are used throughout this part of the specification:
ACA | Australasian Corrosion Association |
APAS | Australian Paint Approval Scheme |
DFT | Dry film thickness |
ITP | Inspection and test plan |
MPNZA | Master Painters New Zealand Association Inc. |
NACE | National Association of Corrosion Engineers |
Refer to general section 1232 INTERPRETATION & DEFINITIONS for abbreviations used throughout the specification.
Documents referred to in this section are:
AS 1627.1-9 | Metal finishing - Preparation and pretreatment of surfaces - Method selection guide |
AS/NZS 2312:2002 | Guide to the protection of structural steel against atmospheric corrosion by the use of protective coatings |
Guide to the protection of structural steel against atmospheric corrosion by the use of protective coatings - Paint Coatings | |
Guide to the protection of structural steel against atmospheric corrosion by the use of protective coatings - Hot Dip Galvanizing | |
Structural Steelwork - Fabrication and Erection | |
Durability requirements for steel structures and components | |
AS 3894.10 | Site testing of protective coatings - Inspection report - Daily surface and ambient conditions |
AS 3894.11 | Site testing of protective coatings - Equipment report |
AS 3894.12 | Site testing of protective coatings - Inspection report - Coating |
AS 3894.13 | Site testing of protective coatings - Inspection report - Daily |
AS 3894.14 | Site testing of protective coatings - Inspection report - Daily painting |
Quality management systems - Requirements | |
Guidelines for the provision of facilities and general safety in the construction industry | |
MPNZA | Specification manual and Painters hazard handbook |
MPNZA | Health and Safety Programme |
Delete from the DOCUMENTS clause any document not cited. List any additional cited documents.
RELATED DOCUMENTS
Refer to the following related documents when preparing this section:
NZBC C/AS1-AS2 | Protection from fire |
NZBC F2/AS1 | Hazardous building materials |
Guide to the painting of buildings | |
Paints for steel structures | |
Paints for steel structures - Inorganic zinc silicate paint | |
AS/NZS 4361.2 | Guide to hazardous paint management - Lead paint in residential, public and commercial buildings |
Dangerous Goods Regulations, Flammable Liquids 1985
Manufacturer's and supplier's documents relating to work in this section are:
Dulux DuSpec specification sheets and product data sheets
Copies of relevant literature are available from Dulux
Web: | |
Email: | specifier@dulux.co.nz |
Telephone: | 0800 800 424 |
Facsimile: | 0800 801 424 |
It is important to ensure that all personnel on site have access to accurate, up to date technical information on the many products, materials and equipment used on a project. In most cases individual products are not used in isolation, but form part of a building process. Also a particular manufacturer's and/or supplier's requirements for handling, storage, preparation, installation, finishing and protection of their product can vary from what might be considered the norm. Access to technical information can help overcome this potential problem.
Provide an installer/applicator warranty:
~ years: | For ~ |
Refer to the section 1237 WARRANTIES for additional requirements.
Modify or expand the clause to suit project requirements, options include:
Product warranty: | Products must be applied in accordance with application and preparation procedures according to Dulux DuSpec Specifications and Product Data Sheets. |
Refer to the section 1237 WARRANTIES for additional requirements.
Modify or expand the clause to suit project requirements, options include:
Substitutions are not permitted to any specified Dulux protective coating product or associated accessories.
Coatings are specialist products, and accordingly must be applied by specialist applicators who are familiar with the materials and the techniques specified and with Dulux coating systems.
The Project Manager to convene a meeting, prior to the commencement of the work, between a representative of the contractor, the applicator and a Dulux representative. The following topics to be reviewed and agreed upon:
All equipment used by the applicator to comply with WorkSafe - Guidelines for the provision of facilities and general safety in the construction industry, with the Health and Safety at Work Act 2015 and MPNZA - Health and Safety Programme.
Refer also to Dulux materials safety data sheets.
For all structural steelwork refer to SNZ TS 3404 and AS/NZS 2312.1 for paint coatings, AS/NZS 2312.2 for paint coatings on galvanizing and AS/NZS 2312:2002 for paint coatings on zinc spray.
Note; AS/NZS 2312:2002 is used for zinc spray until a new Standard AS/NZS 2312.3 is published.
Refer to the general section 1270 CONSTRUCTION for details of how samples will be reviewed and how instructions to proceed will be given. Provide the following samples for review:
| Sample A | Sample B | Sample C |
Sample description: | ~ | ~ | ~ |
Sample type: | ~ | ~ | ~ |
Number: | ~ | ~ | ~ |
Location: | ~ | ~ | ~ |
Supporting documentation: | ~ | ~ | ~ |
Reviewer: | Contract administrator ~ | Contract administrator ~ | Contract administrator ~ |
Time for review: | 10 working days ~ | 10 working days ~ | 10 working days ~ |
Review criteria: | ~ | ~ | ~ |
The intention of this clause is to allow samples to be obtained that are not otherwise readily available to a reviewer.
Delete rows and columns not required or add "n/a".
Sample description: | Describe the sample, size etc. Samples of the finished work including the preparation as specified in the 3411 STRUCTURAL STEELWORK and 6782 METAL SPRAY CORROSION PROTECTION sections. |
Sample type: | Portable sample for review Portable control sample Fixed sample for review Fixed control sample
Control samples define requirements for type and quality and are used for comparison purposes throughout the contract.
A "portable" sample is a sample that is easily movable, convenient for carrying. A "fixed" sample is a sample (semi) permanently placed. Expand on these terms as necessary. |
Number: | State number of samples required, e.g. a minimum of three control samples - portable allow a sample to be retained on site with the other samples retained by the contract administrator and contractor. |
Location: | Identify location of fixed samples, e.g. off site, on site, in situ |
Supporting documentation: | Describe any additional documents required to support the review. |
Reviewer:
| Modify to suit the project, add additional reviewers if required. |
Time for review: | Alter time if required. Expand to state timing in relation to when and where the sample is provided, e.g. at first site meeting. |
Review criteria: | For example: - Appearance - Texture - Colour Add any critical items. Provide clarity for work that is not dependent on the review to continue. |
Certify on request, compliance with this specification and support with control and sampling records. Test for dry film thickness to AS 3894.3 using Test Method B for magnetic induction and eddy current methods. Inspection of the coating to include areas of the structure which are difficult to coat, are masked by structure or areas where double coating or light coating is likely due to the shape of the substrate.
Wet film thickness is to be tested to AS 3894.3 with an approved wet film gauge during application to minimise the possibility of low dry film thickness.
Coating to be tested for film continuity and defects to AS 3894.1 or 2.
The coating should be applied by an applicator who can certify that the coating has been applied in accordance with the specification.
Keep records as approved by project manager to AS 3894.10-14.
Provide Dulux Protective Coatings maintenance instructions for the owner, including frequency of cleaning.
Refer to Dulux DuSpec specification sheets and product data sheets for details.
To comply with product warranties, the building owner has the responsibility to ensure components are maintained and cared for in accordance with the Dulux care and maintenance instructions.
Maintain quality assurance programmes to AS/NZS ISO 9001 or other industry recognised quality procedures for specialist coatings as necessary to ensure that work is performed in accordance with this specification and the qualifying requirements of the contract documents. Inspections to be made by the applicators NACE Certified Coatings inspector or ACA Certified Coatings technician under the direction of the NACE inspector.
Inspection of the whole of the work at each of the stages set out in SELECTIONS may be made. Agree a programme that will facilitate such inspection, including notification when each part and stage of the work is ready for inspection.
The level of inspection will depend on the nature of the project and will range from full for large/complex projects through intermittent for straightforward work, to occasional for initially establishing the standards of execution.
Permit representatives of Dulux to inspect the work in progress and take samples of their products from site if requested.
Refer to the requirements of the Health and Safety at Work Act 2015 and WorkSafe Guidelines for the provision of facilities and general safety in the construction industry. If the elimination or isolation of potential hazards is not possible then minimise hazards in this work on site by using the proper equipment and techniques as required by the MPNZA Health and Safety Programme. Supply protective clothing and equipment. Inform employees and others on site of the hazards and put in place procedures for dealing with emergencies.
Use this clause if specifying coatings with a hazardous substance base.
Visit www.duspec.co.nz or telephone Dulux (0800 800 424) for the material safety data sheets for every applicable product and comply with the safety procedures listed. Keep sheets on the site.
Refer to section 1232 INTERPRETATION & DEFINITIONS for definition of terms.
Hold Points or Notification Points are beyond general inspections and both include notifying the Contract administrator and possibly others.
In this section Hold Points or Notification Points may include, but are not limited to, some of the items listed in the INSPECTIONS clause above.
Notify of Hold Point work/item, do not to proceed further with work/item until advised to continue.
Notify: | Contract administrator |
Notification: | 2 working days prior to work/item being carried out. |
Add to who is to be notified (e.g. paint manufacturer, independent inspector) and amend notification period if required.
Hold Point Schedule
Location | Hold Point | Requirement |
~ | ~ | ~ |
~ | ~ | ~ |
Location could be - On-site, Off-site, or location within building etc.
Hold Point - Refer to items listed in INSPECTIONS clause, include as appropriate and expand if required.
Requirement may include - a work procedure, a submission, evidence etc.
Notify of Notification Point work/item, do not to proceed further with work/item until advised to continue.
Notify: | Contract administrator |
Notification: | 2 working days prior to work/item being carried out. |
Add to who is to be notified (e.g. paint manufacturer, independent inspector) and amend notification period if required.
Notification Point Schedule
Location | Notification Point | Requirement |
~ | ~ | ~ |
~ | ~ | ~ |
Location could be - On-site, Off-site, or location within building etc.
Notification Point - Refer to items listed in INSPECTIONS clause, include as appropriate and expand if required.
Requirement may include - a work procedure, a submission, evidence etc.
Use only Dulux products (which are guaranteed for their consistency and performance under AS/NZS ISO 9001 and APAS approval prepared, mixed and applied as directed in the Dulux Duspec specification sheets, specification manuals and product data sheets. Refer to SELECTIONS for coating system.
Where additional information on selected materials and finishing products is necessary include it here. Otherwise include all relevant information under SELECTIONS.
Refer to SELECTIONS for type.
Check compatibility with top coating systems.
Coat steelwork in conditions approved for the application of the specified coatings. Carry out off-site preparation and coating application under cover, in a suitable environment, with adequate lighting and with the air temperature between 10°C and 25°C.
Ensure prepared and painted surfaces are clean and dry. Do not carry out preparation or painting when the ambient relative humidity exceeds 85%, or when the steel surface temperature is within 3°C of the dew point.
Apply coatings strictly in accordance with the manufacturer's stated requirements. Ensure that the manufacturer's latest product data sheets are available for reference during preparation and painting.
Ensure that materials are as required by their manufacturers for the particular surface and conditions of exposure, and that materials used within each painting system are compatible with each other and are from the same manufacturer.
Complete surface preparation before commencing painting. Apply paint in the specified sequence using the specified paint. Allow full drying time between coats to the manufacturer's stated requirements. Do not expose primers, undercoats and intermediate coats beyond a few days before applying the next coat.
Before handling or applying the next coat of paint, give each coat the required drying time required by the manufacturer. Ensure that surfaces being painted are dry and that ambient conditions are such that condensation does not occur before the paint reaches surface-dry condition.
Prepare surface to AS 1627 1-9 by removing surface defects including cracks, laminations, deep pitting, weld spatter slag, burrs, fins sharp edges and other defects. Weld porosity, if not deemed defective, to be filled with two component epoxy - putty that is compatible to the specified coating system.
Surface contaminants such as oil, grease, dirt and loose particles to be removed to AS 1627.1 using an alkaline oil emulsifier / degreaser as approved by Dulux. Inspect for particulate contamination to AS/NZS 3894.6 method C and designate the appropriate value as Rating 1 to 5.
Only trained operators in the equipment use and work methods of high pressure water cleaning and water jetting are to carry out the required surface preparation. Refer to Dulux for specific nozzle pressures for the substrate to be cleaned. Washing water to be potable and all water used in any surface preparation or cleaning to be filtered through appropriate filters prior to discharge to drain. Any contaminants which cannot be removed from the water on site to be contained for disposal at a licensed waste disposal site.
Do not paint:
Where steel is only partly encased, then extend priming 30mm maximum into the concrete encasement area.
Remove oil and grease by the use of approved solvents. Scrape and power wire brush to a minimum class 2 finish to AS 1627 Metal finishing - Preparation and pretreatment of surfaces - Method selection guide - Power tool cleaning.
Clean to bright metal, but avoid producing a polished surface. Check that no burrs or sharp arrises remain which may prevent full coating thickness being attained.
Surfaces that are to be abrasive cleaned are to be tested to AS 3894.6 for the presence of soluble and metallic salts to remove oil and grease by the use of approved solvents. Abrasive blast clean to a Sa Class 2.5 finish, to AS 1627.4 Metal finishing - Preparation and pretreatment of surfaces - Method selection guide - Abrasive blast cleaning. The profile or Anchor Pattern is to be measured to AS/NZ 3894.5 Site testing of protective coatings - Determination of surface profile and to achieve a surface profile of between 35-60 microns.
Clean to bright metal, but avoid producing a polished surface. Select grit type and equipment such that the cleaned surface profile between peaks and valleys does not exceed one third of the dry film thickness. Check that no burrs or sharp arrises remain which may prevent the full coating thickness being attained.
Apply the protective coating system within four hours of blast cleaning, or before visual tarnishing of the steel occurs.
Remove grease, oil and other solvent-soluble contaminants by wiping and/or brushing with mineral turpentine or white spirit in accordance with AS 1627.1. Finally wipe with a clean solvent. Allow to dry and proceed with the next operation immediately. Lightly abrade surface if required to provide adequate key for the coating, taking care to only minimally reduce the galvanizing thickness.
Dulux provides warranties over galvanized substrates on a case by case basis only. If you require a warranty on a galvanized substrate check with Dulux before proceeding with coating system.
Remove grease, oil and other solvent-soluble contaminants by wiping and/or brushing with mineral turpentine or white spirit, accordingly to AS 1627.1. Finally wipe with a clean solvent. Allow to dry and proceed with the next operation immediately. Lightly abrade surface if required to provide adequate key for the coating, taking care to only minimally reduce the zinc layer thickness.
Dust off and apply a coat of primer.
Generally use high build primers to give a single coat thickness of between 75 and 125 microns. Use primers that suit the standard of preparation. Better primers will require grit blasted surfaces rather than wire brushing. Ensure suitable, compatible undercoats and top coats are specified elsewhere. Also check the manufacturer's literature.
Clean areas of damaged priming and areas left clear for site jointing to a standard comparable with the shop cleaning specified. Wash off chemical deposits from welding fumes. Apply priming coats to same standard as shop primers, ensuring thorough coating of bolts, nuts and connection areas. Reprime if the primer fails, or more than four weeks elapse before the final coating system is applied.
AS/NZS 2312.1 nominates the following level of inspection
Level 1 - Coatings in atmospheric corrosion category C1 or less critical C2 environments.
Painters carry out monitoring / inspection requirements as part of their quality assurance plan with a final inspection by the contract administrator (or nominated person).
Level 2 - Coatings in any other atmospheric corrosion category or where abrasive blasting or water jetting is required. Inspections by an independent inspector engaged by the Principal.
Independent inspectors should have a current relevant qualification in coating inspection recognized by NZ CBIP (New Zealand Certification Board for Inspection Personnel).
To AS/NZS 5131 Structural steelwork - Fabrication and Erection, 9.9.20
Provide an Inspection and Test Plan (ITP) to AS/NZS 5131, 13.9.1 prior to commencement. To be supervised by a competent person.
Delete if not required.
It may not be necessary for minor or internal structural steel; confirm with Structural Engineer. Amend clause if only certain members have corrosion protection requirements or delete if ITP is not required.
Each coat of paint and the completed paint system to have the following qualities and properties:
Extra costs may be required if an incorrect DFT has been applied or a low opacity colour chosen.
Coatings that are cured overnight or in excess of 12 hours are to be washed down with fresh potable water and fully dried before recoating. Refer to Dulux technical data sheet recoating instructions.
Use dropsheets, coverings and masking necessary to protect adjoining fixtures, fittings and spaces from paint drops, spots, spray and damage. Use adequate protection of the coating against damage and or exposure until fully cured.
Areas requiring remedial work to be recorded and subsequent repairs carried out by the applicator to Dulux technical data sheet recoating instructions.
Leave the whole of this work uniform in gloss, texture and colour, free from painting defects, clean and unmarked, and to the standard required by following procedures.
Substitutions are not permitted to the following, unless stated otherwise.
SELECTIONS is for providing details of the actual selections to be included in the contract works including model numbers, colours and other information necessary to ensure that the correct materials are supplied and installed.
Coating system: | ~ |
inspection: | ~ |
Brand/type: | ~ |
Dry film build: | ~ microns |
Generally use high build primers to give a single coat thickness of between 75 and 125 microns.
PUR5, PUR4, PUR3 systems - very long term to medium term, in accordance with AS/NZS 2312.1.
Gloss level: | Gloss |
Coating type: | Epoxy zinc rich primer/Intermediate/Polyurethane gloss |
System: | |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Zincanode 402 @ 75 microns DFT (shop applied) |
2nd coat: | DULUX Duremax GPE @ 150 microns DFT |
3rd coat: | DULUX Weathermax HBR @ 100 microns DFT |
Gloss level: | ~ |
Coating type: | Epoxy zinc rich primer/Intermediate/Polyurethane gloss |
System: | |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Zincanode 402 @ 75 microns DFT (shop applied) |
2nd coat: | DULUX Duremax GPE @ 200 microns DFT |
3rd coat: | DULUX Luxathane ~ @ 50 microns DFT |
Options:
Gloss level / system: | Satin / DuSpec NZ_SC16594 |
| Gloss / DuSpec NZ_SC16592 |
| Matt / DuSpec NZ_SD18275 |
3rd coat: | DULUX Luxathane HPX - gloss |
| DULUX Luxathane SPX - satin |
| DULUX Luxathane MPX - matt |
Gloss level: | Gloss |
Coating type: | Epoxy zinc rich primer/Intermediate/Polyurethane gloss |
System: | DuSpec NZ_SC14399 |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Zincanode 402 @ 75 microns DFT (shop applied) |
2nd coat: | DULUX Duremax GPE @ 125 microns DFT |
3rd coat: | DULUX Weathermax HBR @ 75 microns DFT |
Gloss level: | ~ |
Coating type: | Epoxy zinc rich primer/Intermediate/Polyurethane |
System: | ~ |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Zincanode 402 @ 75 microns DFT (shop applied) |
2nd coat: | DULUX Duremax GPE @ 125 microns DFT |
3rd coat: | DULUX Luxathane ~ @ 50 microns DFT |
Options:
Gloss level / system: | Satin / DuSpec NZ_SC16593 |
| Gloss / DuSpec NZ_SC16591 |
| Matt / DuSpec NZ_SD18269 |
3rd coat: | DULUX Luxathane HPX - gloss |
| DULUX Luxathane SPX - satin |
| DULUX Luxathane MPX - matt |
Gloss level: | Gloss |
Coating type: | Epoxy zinc rich primer/Intermediate/Polyurethane gloss (metallic finish) |
System: | |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Zincanode 402 @ 75 microns DFT (shop applied) |
2nd coat: | DULUX Duremax GPE @ 125 microns DFT |
3rd coat: | DULUX Quantum FX @ 55 microns DFT |
4th coat: | DULUX Quantum Clearcoat @ 45 microns DFT |
Gloss level: | ~ |
Coating type: | Epoxy zinc phosphate primer/Intermediate/Polyurethane gloss |
System: | ~ |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Durepon FRX @ 75 microns DFT (shop applied) |
2nd coat: | DULUX Duremax GPE @ 125 microns DFT |
3rd coat: | DULUX Luxathane ~ @ 50 microns DFT |
Options:
Gloss level / system: | Satin / DuSpec NZ_SC16596 |
| Gloss / DuSpec NZ_SC16595 |
| Matt / DuSpec NZ_SD18260 |
3rd coat: | DULUX Luxathane HPX - gloss |
| DULUX Luxathane SPX - satin |
| DULUX Luxathane MPX - matt |
PUR2, PUR1, systems - medium to short term, in accordance with AS/NZS 2312.1
Gloss level: | ~ |
Coating type: | Epoxy zinc phosphate primer/Polyurethane gloss |
System: | ~ |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Durepon FRX @ 75 microns DFT (shop applied) |
2nd coat: | DULUX Luxathane ~ @ 50 microns DFT |
Options:
Gloss level / system: | Satin / DuSpec NZ_SC16602 |
| Gloss / DuSpec NZ_SC16601 |
| Matt / DuSpec NZ_SD18254 |
2nd coat: | DULUX Luxathane HPX - gloss |
| DULUX Luxathane SPX - satin |
| DULUX Luxathane MPX - matt |
Gloss level: | ~ |
Coating type: | Epoxy mastic/Polyurethane gloss |
System: | ~ |
Preparation: | Power tool clean to AS 1627.2 |
1st coat: | DULUX Durebild STE @ 125 microns DFT |
2nd coat: | DULUX Luxathane ~ @ 50 microns DFT |
Options:
Gloss level / system: | Satin / DuSpec NZ_SC16607 |
| Gloss / DuSpec NZ_SC16603 |
| Matt / DuSpec NZ_SD18253 |
2nd coat: | DULUX Luxathane HPX - gloss |
| DULUX Luxathane SPX - satin |
| DULUX Luxathane MPX - matt |
Gloss level: | Gloss |
Coating type: | Alkyl zinc phosphate primer/Alkyd top coat |
System: | DuSpec NZ_SC18349 |
Preparation: | Power tool clean to AS 1627.2 |
1st coat: | DULUX Luxaprime ZP @ 75 microns DFT |
2nd coat: | DULUX Metashield QD Enamel @ 40 microns DFT |
In accordance with AS/NZS 2312:2002.
Gloss level: | Gloss |
Coating type: | Epoxy zinc phosphate primer/Polyurethane gloss |
System: | DuSpec NZ_SC16773 |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Duremax GPE @ 150 microns DFT |
2nd coat: | DULUX Weathermax HBR 100 microns DFT |
Gloss level: | ~ |
Coating type: | Epoxy zinc phosphate primer/Polyurethane gloss |
System: | ~ |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Duremax GPE @ 200 microns DFT |
2nd coat: | DULUX Luxathane ~ @ 50 microns DFT |
Options:
Gloss level / system: | Satin / DuSpec NZ_SC16776 |
| Gloss / DuSpec NZ_SC16774 |
| Matt / DuSpec NZ_SD18304 |
2nd coat: | DULUX Luxathane HPX - gloss |
| DULUX Luxathane SPX - satin |
| DULUX Luxathane MPX - matt |
Gloss level: | ~ |
Coating type: | Epoxy zinc phosphate primer/Polyurethane gloss |
System: | ~ |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Duremax GPE @ 125 microns DFT |
2nd coat: | DULUX Luxathane ~ @ 50 microns DFT |
Options:
Gloss level / system: | Satin / DuSpec NZ_SC16781 |
| Gloss / DuSpec NZ_SC16780 |
| Matt / DuSpec NZ_SD18303 |
2nd coat: | DULUX Luxathane HPX - gloss |
| DULUX Luxathane SPX - satin |
| DULUX Luxathane MPX - matt |
Gloss level: | Gloss |
Coating type: | Epoxy zinc phosphate primer/Polyurethane gloss (metallic finish) |
System: | |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Duremax GPE @ 150 microns DFT |
2nd coat: | DULUX Quantum FX @ 55 microns DFT |
3rd coat: | DULUX Quantum Clearcoat @ 45 microns DFT |
In accordance with AS/NZS 2312.2.
Gloss level: | Gloss |
Coating type: | Galvanized/Epoxy zinc phosphate primer/Polyurethane gloss |
System: | DuSpec NZ_SC16272 |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Duremax GPE ZP @ 100 microns DFT (shop applied) |
2nd coat: | DULUX Duremax GPE @ 200 microns DFT (shop applied) |
3rd coat: | DULUX Weathermax HBR 100 microns DFT |
Gloss level: | ~ |
Coating type: | Galvanized/Epoxy zinc phosphate primer/Polyurethane gloss |
System: | ~ |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Duremax GPE ZP @ 100 microns DFT (shop applied) |
2nd coat: | DULUX Duremax GPE @ 200 microns DFT (shop applied) |
3rd coat: | DULUX Luxathane ~ @ 50 microns DFT |
4th coat: | DULUX Luxathane ~ @ 50 microns DFT |
Options:
Gloss level / system: | Satin / DuSpec NZ_SC16632 |
| Gloss / DuSpec NZ_SC16631 |
| Matt / DuSpec NZ_SD18305 |
3rd / 4th coat: | DULUX Luxathane HPX - gloss |
| DULUX Luxathane SPX - satin |
| DULUX Luxathane MPX - matt |
Gloss level: | Gloss |
Coating type: | Galvanized/Epoxy zinc phosphate primer/Polyurethane gloss |
System: | DuSpec NZ_SC16295 |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Duremax GPE @ 125 microns DFT (shop applied) |
2nd coat: | DULUX Duremax GPE @ 125 microns DFT (shop applied) |
3rd coat: | DULUX Weathermax HBR 100 microns DFT |
Gloss level: | ~ |
Coating type: | Galvanized/Epoxy zinc phosphate primer/Polyurethane gloss |
System: | ~ |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Duremax GPE @ 125 microns DFT (shop applied) |
2nd coat: | DULUX Duremax GPE @ 125 microns DFT (shop applied) |
3rd coat: | DULUX Luxathane ~ @ 50 microns DFT |
4th coat: | DULUX Luxathane ~ @ 50 microns DFT |
Options:
Gloss level / system: | Satin / DuSpec NZ_SC16633 |
| Gloss / DuSpec NZ_SC16634 |
| Matt / DuSpec NZ_SC18321 |
3rd / 4th coat: | DULUX Luxathane HPX - gloss |
| DULUX Luxathane SPX - satin |
| DULUX Luxathane MPX - matt |
Gloss level: | Gloss |
Coating type: | Galvanized/Epoxy zinc phosphate primer/Polyurethane gloss (metallic finish) |
System: | |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Duremax GPE ZP @ 150 microns DFT |
2nd coat: | DULUX Quantum FX @ 55 microns DFT |
3rd coat: | DULUX Quantum Clearcoat @ 45 microns DFT |
Gloss level: | Gloss |
Coating type: | Galvanized/Epoxy zinc phosphate primer/Polyurethane gloss |
System: | DuSpec NZ_SC16297 |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Duremax GPE ZP @ 100 microns DFT (shop applied) |
2nd coat: | DULUX Weathermax HBR 75 microns DFT |
Gloss level: | ~ |
Coating type: | Galvanized/Epoxy zinc phosphate primer/Polyurethane gloss |
System: | ~ |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Duremax GPE ZP @ 125 microns DFT (shop applied) |
2nd coat: | DULUX Luxathane ~ @ 50 microns DFT |
Options:
Gloss level / system: | Satin / DuSpec NZ_SC16636 |
| Gloss / DuSpec NZ_SC16635 |
| Matt / DuSpec NZ_SC18323 |
2nd coat: | DULUX Luxathane HPX - gloss |
| DULUX Luxathane SPX - satin |
| DULUX Luxathane MPX - matt |
Gloss level: | Gloss |
Coating type: | Epoxy mastic/Polyurethane gloss |
System: | |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Durebild STE @ 125 microns DFT |
2nd coat: | DULUX Weathermax HBR 100 microns DFT |
Gloss level: | ~ |
Coating type: | Epoxy mastic/Polyurethane |
System: | ~ |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Durebild STE @ 175 microns DFT |
2nd coat: | DULUX Luxathane ~ @ 50 microns DFT |
Options:
Gloss level / system: | Satin / DuSpec NZ_SC16885 |
| Gloss / DuSpec NZ_SC16884 |
| Matt / DuSpec NZ_SC18324 |
2nd coat: | DULUX Luxathane HPX - gloss |
| DULUX Luxathane SPX - satin |
| DULUX Luxathane MPX - matt |
Gloss level: | Gloss |
Coating type: | Epoxy mastic/Polyurethane gloss (metallic finish) |
System: | |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Durebild STE @ 125 microns DFT |
2nd coat: | DULUX Quantum FX @ 55 microns DFT |
3rd coat: | DULUX Quantum Clearcoat @ 45 microns DFT |
Gloss level: | Matt |
Coating type: | Solvent based inorganic zinc silicate |
System: | |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Durezinc i90 @ 75 microns DFT (shop applied) |
Gloss level: | Satin |
Coating type: | Epoxy zinc phosphate primer |
System: | |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Durepon FRX @ 75 microns DFT (shop applied) |
Gloss level: | Flat |
Coating type: | Alkyd zinc phosphate primer |
System: | |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Luxaprime ZP Primer @ 75 microns DFT (shop applied) |
Gloss level: | ~ |
Coating type: | Epoxy zinc phosphate primer/polyurethane gloss (PUR 2) |
System: | |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Durepon FRX @ 75 microns DFT (shop applied) |
2nd coat: | DULUX Luxathane ~ @ 50 microns DFT |
Options:
Gloss level / system: | Satin / DuSpec NZ_SC16602 |
| Gloss / DuSpec NZ_SC16601 |
| Matt / DuSpec NZ_SC18255 |
2nd coat: | DULUX Luxathane HPX - gloss |
| DULUX Luxathane SPX - satin |
| DULUX Luxathane MPX - matt |
Gloss level: | Gloss |
Coating type: | Polyurethane gloss |
System: | DuSpec NZ_SC16637 |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Luxathane DTM @ 100 microns DFT (shop applied) |
Gloss level: | Gloss |
Coating type: | Epoxy zinc phosphate primer/Polyurethane gloss (metallic finish) |
System: | |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Durepon FRX @ 75 microns DFT (shop applied) |
2nd coat: | DULUX Quantum FX @ 55 microns DFT |
3rd coat: | DULUX Quantum Clearcoat @ 45 microns DFT |
Gloss level: | Matt |
Coating type: | Waterborne epoxy zinc phosphate primer |
System: | |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Duration P23 @ 75 microns DFT (shop applied) |
Gloss level: | Gloss / Satin |
Coating type: | Waterborne epoxy zinc phosphate primer / Waterborne epoxy intermediate / Waterborne polyurethane gloss |
System: | |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Duration P23 @ 75 microns DFT (shop applied) |
2nd coat: | DULUX Duration T74 @ 50 microns DFT |
Gloss level: | Gloss / Satin |
Coating type: | Waterborne epoxy zinc phosphate primer / Waterborne epoxy intermediate / Waterborne fluoropolymer |
System: | |
Preparation: | Abrasive blast to AS 1627.4 Class 2.5 |
1st coat: | DULUX Duration P23 @ 75 microns DFT (shop applied) |
2nd coat: | DULUX Duration T80 @ 50 microns DFT |
Gloss level: | ~ |
Coating type: | Epoxy mastic/Polyurethane gloss |
System: | |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Durebild STE @ 125 microns DFT |
2nd coat: | DULUX Luxathane ~ @ 50 microns DFT |
Options:
Gloss level / system: | Satin / DuSpec NZ_SC16636 |
| Gloss / DuSpec NZ_SC16635 |
| Matt / DuSpec NZ_SC18323 |
2nd coat: | DULUX Luxathane HPX - gloss |
| DULUX Luxathane SPX - satin |
| DULUX Luxathane MPX - matt |
Gloss level: | Gloss |
Coating type: | Epoxy mastic/Polyurethane gloss (metallic finish) |
System: | |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Durebild STE @ 125 microns DFT |
2nd coat: | DULUX Quantum FX @ 55 microns DFT |
3rd coat: | DULUX Quantum Clearcoat @ 45 microns DFT |
Gloss level: | ~ |
Coating type: | Epoxy primer/Polyurethane gloss |
System: | |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Luxepoxy 4 White Primer @ 50 microns DFT |
2nd coat: | DULUX Luxathane ~ @ 50 microns DFT |
Options:
Gloss level / system: | Satin / DuSpec NZ_SC16889 |
| Gloss / DuSpec NZ_SC16888 |
| Matt / DuSpec NZ_SC18325 |
2nd coat: | DULUX Luxathane HPX - gloss |
| DULUX Luxathane SPX - satin |
| DULUX Luxathane MPX - matt |
Gloss level: | Gloss |
Coating type: | Epoxy primer/Polyurethane gloss (metallic finish) |
System: | |
Preparation: | Clean to AS 1627.1 and lightly abrade |
1st coat: | DULUX Luxepoxy 4 White Primer @ 50 microns DFT |
2nd coat: | DULUX Quantum FX @ 55 microns DFT |
3rd coat: | DULUX Quantum Clearcoat @ 45 microns DFT |
Gloss level: | Gloss |
Coating type: | Epoxy mastic/Polyurethane gloss |
System: | |
1st coat: | DULUX Durebild STE @ 125 microns DFT |
2nd coat: | DULUX Weathermax HBR @ 100 microns DFT |
Gloss level: | Gloss |
Coating type: | Epoxy mastic/Isocyanate free/Polyurethane gloss finish |
System: | |
1st coat: | DULUX Durebild STE @ 125 microns DFT |
2nd coat: | DULUX Acrathane IF @ 50 microns DFT |
Gloss level: | Gloss |
Coating type: | Epoxy mastic/Polyurethane gloss |
System: | |
Preparation: | DULUX Acratex 400/4 Tiltwash @ 7 m²L |
1st coat: | DULUX Durebild STE @ 125 microns DFT |
2nd coat: | DULUX Weathermax HBR @ 100 microns DFT |
Gloss level: | Gloss |
Coating type: | Epoxy mastic/Isocyanate free/Polyurethane gloss finish |
System: | |
Preparation: | DULUX AcraTex 400/4 Tiltwash @ 7 m²L |
1st coat: | DULUX Durebild STE @ 125 microns DFT |
2nd coat: | DULUX Acrathane IF @ 50 microns DFT |
3rd coat: | DULUX Acrathane IF @ 50 microns DFT |
Gloss level: | Gloss |
Coating type: | Epoxy mastic/Polyurethane gloss |
System: | |
Preparation: | Diamond grind/shot blast |
1st coat: | DULUX Durebild STE @ 125 microns DFT |
2nd coat: | DULUX Durebild STE @ 125 microns DFT |
3rd coat: | DULUX Weathermax HBR @ 100 microns DFT |
Gloss level: | Satin |
Coating type: | Epoxy primer/Water-borne acrylic epoxy |
System: | |
1st coat: | DULUX Luxepoxy 4 White Primer @ 50 microns DFT |
2nd coat: | DULUX Enviropoxy WBE @ 50 microns DFT |
3rd coat: | DULUX Enviropoxy WBE @ 50 microns DFT |
Gloss level: | Satin |
Coating type: | Epoxy primer/Water-borne acrylic epoxy |
System: | |
Preparation: | DULUX Acratex 400/4 Tiltwash @ 7 m²/L |
1st coat: | DULUX Luxepoxy 4 White Primer @ 50 microns DFT |
2nd coat: | DULUX Enviropoxy WBE @ 50 microns DFT |
3rd coat: | DULUX Enviropoxy WBE @ 50 microns DFT |
Gloss level: | Eggshell |
Coating type: | Water-borne epoxy primer semi gloss |
System: | |
Preparation: | Diamond grind/shot blast |
1st coat: | DULUX Luxafloor ECO2 @ 65 microns DFT |
2nd coat: | DULUX Luxafloor ECO2 @ 65 microns DFT |
Gloss level: | Satin |
Coating type: | Epoxy mastic |
System: | |
Preparation: | Diamond grind/shot blast |
1st coat: | DULUX Durebild STE @ 125 microns DFT |
2nd coat: | DULUX Dureblld STE @ 125 microns DFT |
Gloss level: | Gloss |
Coating type: | Epoxy mastic/Polyurethane gloss |
System: | |
Preparation: | Diamond grind/shot blast |
1st coat: | DULUX Durebild STE @ 125 microns DFT |
2nd coat: | DULUX Durebild STE @ 125 microns DFT |
3rd coat: | DULUX Weathermax HBR @ 100 microns DFT |
Gloss level: | Gloss |
Coating type: | Anti graffiti coating |
System: | |
1st coat: | DULUX Precision Anti Graffiti @ 16 microns DFT |
2nd coat: | DULUX Precision Anti Graffiti @ 16 microns DFT |
If painting over glossy, metal, glass, Colorbond, Colorsteel, or powder coated surfaces then use DULUX Precision Anti Graffiti Wash Primer prior to first coat.
For DULUX Precision Anti Graffiti coating to be removable then the substrate cannot be bare and must be painted prior to applying DULUX Precision Anti Graffiti coating.
Gloss level: | Gloss |
Coating type: | Two pack solvent based acrylic clear polyurethane |
System: | |
1st coat: | DULUX Quantum Clearcoat @ 45 microns DFT |
The newly painted surface must be left to cure for a minimum of 10 days before application of Quantum Clearcoat.
Gloss level: | Gloss |
Coating type: | Anti graffiti coating |
System: | |
1st coat: | DULUX Precision Anti Graffiti @ 16 microns DFT |
2nd coat: | DULUX Precision Anti Graffiti @ 16 microns DFT |
If painting over glossy, metal, glass, Colorbond, Colorsteel, or powder coated surfaces then use DULUX Precision Anti Graffiti Wash Primer prior to first coat.
For DULUX Precision Anti Graffiti coating to be removable then the substrate cannot be bare and must be painted prior to applying DULUX Precision Anti Graffiti coating.
Gloss level: | Gloss |
Coating type: | Two pack solvent based acrylic clear polyurethane |
System: | |
Preparation: | DULUX Prep Wash @ 6m²/L |
1st coat: | DULUX Quantum Clearcoat @ 45 microns DFT |
2nd coat: | DULUX Quantum Clearcoat @ 45 microns DFT |
3rd coat: | DULUX Quantum Clearcoat @ 45 microns DFT |
Gloss level: | Gloss |
Coating type: | Anti graffiti coating |
System: | |
Preparation: | DULUX AcraTex 400/4 Tiltwash @ 7 m²/L |
1st coat: | DULUX Precision Anti Graffiti @ 16 microns DFT |
2nd coat: | DULUX Precision Anti Graffiti @ 16 microns DFT |
If painting over glossy, metal, glass, Colorbond, Colorsteel, or powder coated surfaces then use DULUX Precision Anti Graffiti Wash Primer prior to first coat.
For DULUX Precision Anti Graffiti coating to be removable then the substrate cannot be bare and must be painted prior to applying DULUX Precision Anti Graffiti coating.
Gloss level: | Gloss |
Coating type: | Two pack solvent based acrylic clear polyurethane |
System: | |
Preparation: | DULUX AcraTex 400/4 Tiltwash @ 7 m²/L |
1st coat: | DULUX Quantum Clearcoat @ 45 microns DFT |
2nd coat: | DULUX Quantum Clearcoat @ 45 microns DFT |
3rd coat: | DULUX Quantum Clearcoat @ 45 microns DFT |
Gloss level: | Gloss |
Coating type: | Epoxy mastic/Polyurethane gloss |
System: | |
Preparation: | DULUX Prep Wash @ 6 m²/L |
1st coat: | DULUX Durebild STE @ 125 microns DFT |
2nd coat: | DULUX Weathermax HBR @ 100 microns DFT |
Gloss level: | Invisible |
Coating type: | Water-borne vegetable biopolymer sacrificial coating |
System: | |
Preparation: | DULUX Prep Wash @ 6 m²/L |
1st coat: | DULUX APP Surfaceshield S |
Application rates vary depending upon the porosity of the substrate. For very porous substrates additional passes or coats will be required.
Surfaceshield can only be applied by Dulux approved applicators. Contact a Dulux representative to discuss availability in your area.
Gloss level: | Invisible |
Coating type: | Water-borne copolymer |
System: | |
Preparation: | DULUX Prep Wash @ 6 m²/L |
1st coat: | DULUX APP Surfaceshield HD |
2nd coat: | DULUX APP Surfaceshield S |
Application rates vary depending upon the porosity of the substrate. For very porous substrates additional passes or coats will be required.
Surfaceshield can only be applied by Dulux approved applicators. Contact a Dulux representative to discuss availability in your area.
Gloss level: | Invisible |
Coating type: | Water based copolymer/Water-borne vegetable biopolymer sacrificial coating |
System: | |
Preparation: | DULUX Acratex 400/4 Tiltwash @ 7 m²/L |
1st coat: | DULUX APP Surfaceshield HD |
2nd coat: | DULUX APP Surfaceshield S |
Application rates vary depending upon the porosity of the substrate. For very porous substrates additional passes or coats will be required.
Surfaceshield can only be applied by Dulux approved applicators. Contact a Dulux representative to discuss availability in your area.
Gloss level: | Invisible |
Coating type: | Water based copolymer |
System: | |
Preparation: | DULUX Prep Wash @ 6 m²/L |
1st coat: | DULUX APP Surfaceshield HD |
Application rates vary depending upon the porosity of the substrate. For very porous substrates additional passes or coats will be required.
Surfaceshield can only be applied by Dulux approved applicators. Contact a Dulux representative to discuss availability in your area.
Gloss level: | Invisible |
Coating type: | Water based copolymer |
System: | |
Preparation: | DULUX Acratex 400/4 Tiltwash @ 7m²/L |
1st coat: | DULUX APP Surfaceshield HD |
Application rates vary depending upon the porosity of the substrate. For very porous substrates additional passes or coats will be required.
Surfaceshield can only be applied by Dulux approved applicators. Contact a Dulux representative to discuss availability in your area.
Gloss level: | Invisible |
Coating type: | Water based copolymer |
System: | |
Preparation: | DULUX Prep Wash @ 6 m²/L |
1st coat: | DULUX APP Surfaceshield HD-H |
Application rates vary depending upon the porosity of the substrate. For very porous substrates additional passes or coats will be required.
Surfaceshield can only be applied by Dulux approved applicators. Contact a Dulux representative to discuss availability in your area.