VINNAPAS® EF 539
VINNAPAS® EF 539 is an aqueous dispersion of a vinyl acetate-ethylene (VAE) copolymer. It was developed as a low environmental impact binder for intermediate grade caulk formulations.
As a broad application binder for caulks, VINNAPAS® EF 539 provides a variety of benefits for the formulator including:
- It is manufactured without the use of alkylphenol ethoxylates (APEOs).
- No formaldehyde or formaldehyde donors are intentionally added.
- It has a low glass transition temperature (Tg).
All the information provided is in accordance with the present state of our knowledge. Nonetheless, we disclaim any warranty or liability whatsoever and reserve the right, at any time, to effect technical alterations. The information provided, as well as the product's fitness for an intended application, should be checked by the buyer in preliminary trials. Contractual terms and conditions always take precedence. This disclaimer of warranty and liability also applies particularly in foreign countries with respect to third parties' rights.
Protect against frost.
VINNAPAS® EF 539 meets the performance requirements of ASTM C-834 standard specifications for latex sealants, including artificial weathering, extension-recovery, low temperature flex, slump, tack-free time and stain index.
Specific formulating tips are available upon request.
If the product is used in applications other than those mentioned, the choice, processing and use of the product is the sole responsibility of the purchaser. All legal and other regulations must be complied with.
For questions concerning food contact status according the chapter 21 CFR (US FDA) and German BfR, please feel free to contact us.Wacker Chemie AG Hanns-Seidel-Platz 4 D-81737 München Germany
When the dispersion is stored in tanks, proper storage conditions must be maintained. If stored in the original, unopened containers at cool (below 30 °C), but frost-free temperatures the product has a shelf life of 9 months from the date of manufacture. Any longer periods for the maximum storage period that may be described in the Certificate of Analysis which accompanies each shipment of the product, take preference over this suggestion in which case the time period stated in the Certificate of Analysis shall be solely authoritative. Iron or galvanized-iron equipment and containers are not recommended because the dispersion is slightly acidic. Corrosion may result in discoloration of the dispersion or its blends when further processed. Therefore, the use of containers and equipment made of ceramics, rubberized or enameled materials, appropriately finished stainless steel, or plastic (e.g. rigid PVC, polyethylene or polyester resin) is recommended. As polymer dispersions may tend to superficial film formation, skins or lumps may form during storage or transportation. Filtration is therefore recommended prior to utilization of the product.
Preservation for Transport, Storage and further Processing
The product is adequately preserved during transportation and storage if kept in the original, unopened containers. However, if it is transferred to storage tanks, the dispersion should be protected against microbial attack by adding a suitable preservative package. To maintain proper storage conditions appropriate measures should also be taken to ensure cleanliness of the tanks and pipes. In a storage tank in which the product is not stirred, it is advisable to contact your biocide representative/supplier. Proper procedures must be set up in order to prevent microbial attack between necessary periodic tank cleaning and sanitization. These procedures will vary, since loading and unloading practices in each storage situation will differ slightly. Finished products manufactured from polymer dispersions usually also require preservation. The type and scope of preservation will depend on the raw materials used and the anticipated sources of contamination. The compatibility with other components and the efficacy of the preservative should always be tested in the respective formulation. Preservative manufacturers will be able to advise you about the type and dosage of preservative required.
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|Density||Filler and pigment compatibility||Frost resistance||Glass transition temperature||Minimum film forming temperature||pH||Predominant particle size||Protective colloid / emulsifier system||Solids content||Surface of the dispersion film||Viscosity, dynamic|
|VINNAPAS® 400||1.05 g/cm³ 1,050 lb/gal||- -||protect from freezing protect from freezing||approx. 0 °C approx. 32.0 °F||- -||4.0 - 5.0 4.0 - 5.0||- -||polyvinyl alcohol polyvinyl alcohol||54.0 - 56.0 % 54.0 - 56.0 %||- -||1800 - 2700 mPa·s 1800 - 2700 mPa·s|
|VINNAPAS® 400 H||1.05 g/cm³ 1,050 lb/gal||- -||protect from freezing protect from freezing||approx. 0 °C approx. 32.0 °F||- -||4.0 - 5.5 4.0 - 5.5||- -||polyvinyl alcohol polyvinyl alcohol||54.0 - 56.0 % 54.0 - 56.0 %||- -||3100 - 4400 mPa·s 3100 - 4400 mPa·s|
|VINNAPAS® EAF 7815 (Scale-up Product)||1.065 g/cm³ 1,065 lb/gal||excellent excellent||protect from freezing -||approx. -15 °C -||0 °C 32.0 °F||6 - 8 6 - 8||approx. 0.3 µm approx. 300E-9 mil||surfactant surfactant||54 - 56 % 54 - 56 %||high dry tack high dry tack||200 - 1000 mPa·s 200 - 1000 mPa·s|
|VINNAPAS® EF 539||1.07 g/cm³ 1,070 lb/gal||- -||- -||approx. 6 °C approx. 42.8 °F||- -||4.0 - 5.0 4.0 - 5.0||approx. 0.2 µm -||anionic surfactants anionic surfactants||54.0 - 56.0 % 54.0 - 56.0 %||- -||150 - 650 mPa·s 150 - 650 mPa·s|
|VINNAPAS® EF 575||1.07 g/cm³ 1,070 lb/gal||- -||- -||approx. 0 °C approx. 32.0 °F||- -||4.0 - 5.0 4.0 - 5.0||approx. 0.2 µm -||anionic surfactants anionic surfactants||54.0 - 56.0 % 54.0 - 56.0 %||- -||200 - 850 mPa·s 200 - 850 mPa·s|
|VINNAPAS® EP 7000||1.05 g/cm³ 1,050 lb/gal||- -||protect from freezing protect from freezing||approx. -3 °C approx. 26.6 °F||- -||4.5 - 5.5 4.5 - 5.5||- -||- -||69.5 - 71.5 % 69.5 - 71.5 %||- -||1200 - 2700 mPa·s 1200 - 2700 mPa·s|
 Frost resistance | specific method,  Glass transition temperature | DSC, specific method,  Glass transition temperature | specific method,  Minimum film forming temperature | specific method,  Predominant particle size | specific method,  Filler and pigment compatibility | specific method,  Surface of the dispersion film | specific method