DULUX AcraTex 959 Contempo ADVANCE Coarse
Code:
19485694-15l
DULUX AcraTex 959 Contempo Fine is a flexible Acrylic, tintable, Texture Coating applied medium nap roller and finished variously by bagging mitt, texturing brush or broom finish to the desired feature texture style. Typically applied over suitably prepared flush jointed brickwork softening the hard line brick profile with feature colour and texture.
Formulated with Advance “anti-wet” silicone technology providing natural good looks with optimum durability incorporating a weather-proofing barrier within the Texture matrix
Features
- Anti Wet ADVANCE formulation
- Water based
- Versatile application
- Leading acrylic polymer science
- Bagged look
Benefits
- Inhibits moisture pasage and dirt pick up
- Easy, safe and economical clean-up
- Quick, efficient gagging application with roller and brush
- Hydrophobic surface
- Acrylic non shrinkage , crack resistance
- Quick, efficient gagging application with roller and brush
Performance Guide
| Weatherability | ] Excellent resistance to cracking, flaking and chalking as part of full system. |
| Heat Resistance | ] Up to 90C (dry). |
| Water Resistance | ] Anti wet ADVANCE formulation inhibits dirt pick up and moisture pasage. |
| Abrasion Resistance | ] Good abrasion resistance. |
| Solvent Resistance | ] Resists alcohol and aliphatic hydrocarbons. Sensitive to strong solvents. |
| Salt Resistance | ] Resists salt spray especially when topcoated with DULUX AcraTex 955 AcraShield. |
Application
Roller, Brush
Surface Preparation
Relative to Project Substrate and Specified Finish - refer to Project Specific Duspec Specification and AcraTex Substrate Guide
Clean Up
Clean all equipment in water.
Sizes
15L
Bases
Tintable to Pastel & Deep colours. Max 1y per litre tint.
Use and typical specification
Apply Contempo ADVANCE with a premium 12mm nap roller (Synthetic-Lambswool blend recommended eg. RotaCota 101 Spirit), then whilst still wet, finish with either a coarse brush in a distressed (cross-hatch) pattern or sponge finish to the desired "bagged-textured" appearance.
959 Contempo Fine is typically specified over primed, flush jointed brickwork, in multiple coat applications relevant to depth of mortar joints, to produce a decorative effect softening the sharp line brick pattern
|
| Typical System Specification |
959 Contempo Coarse, 2 coat application over AcraPrime |
| Substrate Preperation |
Relative to Project Substrate and Specified Finish - refer
to Project Specific Duspec Specification and AcraTex Substrate Guide |
|
Product |
Spread Rate (Sqm/L) |
WFT (Micron) |
DFT (Micron) |
| Primer |
AcraPrime 501 |
10 |
100 |
25 |
| Base Coat |
959 Contempo Coarse |
2.0 |
500 |
250 |
| Finishing Texture Coat |
959 Contempo Coarse |
2.0 |
500 |
250 |
| Minimum system DFT |
525 |
| Notes |
TYPICAL specification example over clean and stable flush jointed brickwork - for full detail refer to
Project Specific Duspec Specification and individual Product Data Sheets
Spread rates nominated are theoretical maximum rates required to achieve the specified film builds for technicalperformance
|
Typical properties and application data
| Application Guide |
DULUX AcraTex 959 Contempo ADVANCE Coarse is applied as a minimum two coat system over properly prepared surface. Appplication of this product using a 12mm Premium Lambswool/Synthetic blend roller. Pre wetting the roller in water then spinning dry will aid application.For full details refer to individual Duspec Product and AcraTex Applicational Data Sheets.
|
| Technology Type |
100% Acrylic |
| Volume solids |
50% |
| Number of coats |
1-2 |
| WFT (Micron per coat) |
500 |
| DFT (Micron per coat) |
250 |
| Spread Rate Sqm/L Per coat |
2.0 |
| Touch Dry |
60 Minutes |
| VOC content |
<70g/L untinted |
| Toxicity |
Lead free. Forms a non toxic film. Conforms to AS1647.3 |
| Application |
Nap Roller, Brush |
| Clean up |
Water |
| Recoat Time (25°C,50%R.H.) |
2 hours |
Full Cure (25°C,50%R.H.) |
7 days |
| Shelf Life |
24 months maximium |
| Sizes |
15 Litres |
Notes |
Spread rates nominated are theoretical maximum rates
required to achieve the specified film builds for technical performance
|