Variopox epoxy filler
At a glance
- High chemical resistance
- Waterproof after curing
- Adheres to polyester and epoxy
Variopox epoxy filler is a two-component filler for applications where water resistance and chemical resistance are important. This filler is therefore very suitable for boats and can be applied both above and below the waterline. IJssel Variopox epoxy filler is also very suitable for repairing wooden or aluminium window frames.
Benefits of Variopox epoxy filler
- Bonds to polyester, primed wood, steel, aluminum, etc.
- Suitable above and below the waterline.
- Resistant to water and various chemicals.
- Semi-flexible, good vibration resistance.
- Easy to process.
Processing epoxy filler
Put on nitrile gloves and weigh both components according to the mixing ratio 2:1 on a digital scale. Then mix both components well until an even colour is achieved. Apply the filler with a putty knife, flexible spatula or a Japanese spatula and let it cure completely. After drying, the filled surface should be sanded again with at least P120.
For small jobs, use Variopox Finishing Filler in combination with a caulking gun.
Product properties
The key technical properties clearly listed in one place.
- Article number
- EPO000033
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Working time is the period during which a product remains workable after mixing or activation, usually given in minutes at a specified temperature, often 20 °C. With reactive resins, the chemical reaction also continues in the mixing container, and larger quantities or higher temperatures can shorten this time. Working time is different from gel time and full curing time.
- Approximately 30 minutes (at 20 °C)
-
Heat resistance describes the temperature a material can withstand after correct processing and curing, usually expressed in degrees Celsius (°C). Continuous exposure is different from a brief temperature peak, and mechanical loading may also affect the limit. Heat resistance is not the same as the temperature at which the product can be applied.
- Up to 50 °C
-
UV stabilisation helps a material better withstand the effects of sunlight, including yellowing and deterioration of its properties. It slows ageing but does not make a resin or plastic completely resistant to UV exposure. The degree of protection varies by product.
- Not applicable
-
The technical product category, such as primer, resin, hardener or cleaner. It explains the product's purpose and helps you find other products with a similar function.
- Putty
- Colour
- Green
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The tasks a product is intended for, such as laminating, casting, bonding, sealing or protecting. Products intended for the same application can differ considerably in processing, curing time and final properties.
- Putty
-
Mixing ratio indicates how much of each component is needed, for example resin (A) and hardener (B). A ratio of 100:50 by weight means 100 grams of A to 50 grams of B; by volume you might use millilitres. Weight and volume ratios are not necessarily the same because the components may have different densities. Accurate measuring is important for proper curing.
- 100:50
-
Density describes the mass of a material per unit volume. Values may be given in g/cm³, kg/L or kg/m³; 1 g/cm³ equals 1 kg/L. For example, one litre of a liquid with a density of 1.2 kg/L weighs approximately 1.2 kg. Density helps convert between weight and volume, but it can vary with temperature.
- 1.5 kg/L
-
Some two-component paints and coatings need to rest for a specified period after components A and B are mixed. This waiting period, known as induction time, allows the chemical reaction to begin before application.
If the induction time is 15 minutes, wait that long before applying the product. Induction time is not automatically additional working time: for many products, working time starts as soon as the components are mixed. Follow the sequence and timings in the product instructions.
- None
-
Minimum application temperature is the lowest temperature at which a product may be used according to the manufacturer. The limit can apply to the air, substrate and product itself.
At lower temperatures, resins and coatings can become thicker and cure more slowly. Moisture can also condense on a cold substrate and reduce adhesion. Check the dew point and measure the surface temperature before starting. A longer drying time does not automatically make application below the specified minimum acceptable.
- 15 °C
-
The overcoating interval tells you when the next layer of paint, varnish or coating may be applied. Many multi-coat systems specify both a minimum and a maximum interval:
- Minimum overcoating time: the previous layer is dry or cured enough to accept another coat.
- Maximum overcoating time: the period during which the next coat can bond without extra surface preparation under the stated conditions.
Overcoating too early can affect drying or the finish. Once the maximum interval has passed, cleaning and sanding may be needed to ensure adhesion between coats. Temperature and film thickness affect the waiting times.
- 1 day
-
The waiting time before an applied layer is dry or hard enough to sand without smearing or damage. Sanding too early can also clog the abrasive quickly. Layer thickness and temperature affect this time.
- 1 day
-
A paint or varnish layer is dust-dry when settling dust is less likely to stick to the surface. It may not yet be touch-dry, ready for overcoating or suitable for loading; these are different stages of drying and curing.
- Approximately 2 hours
-
Curing time is the period a product needs to reach a specified stage of cure. It is usually given in hours or days, often at a reference temperature such as 20 °C. A product may be tack-free or safe to handle before reaching its full mechanical and chemical resistance. Film thickness and mixed quantity may also affect the time.
- 2 days
-
Solids content is the proportion of material remaining after volatile components have evaporated from a coating. It is stated as a percentage by weight or by volume (%); these are not interchangeable. Volume solids content helps estimate dry film thickness: with 60% volume solids, a 100 µm wet film will theoretically produce approximately 60 µm of dry film.
- Approximately: 100%
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Consumption or coverage describes how much product is needed for a given surface area. Consumption may be stated in g/m² or kg/m², while coverage is often given in m²/L or m²/kg. A consumption of 0.2 kg/m² means a theoretical 200 grams per square metre. Actual use depends on film thickness, substrate absorbency, application method and waste.
- 1.1 m²/kg
- Net contents
- 1 kg, 5 kg
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The application or processing methods specified by the manufacturer, such as brushing, rolling, spraying, casting or hand laminating. The chosen method can affect consumption, layer thickness and finish.
- Filling knife, Rubber spreader
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The period for which an unopened product remains usable under the specified storage conditions. Check whether the period starts from the manufacturing date or another date. Shelf life may be shorter after opening, especially for products sensitive to air or moisture.
- Approximately 6 months
Safety information
Read the warnings and use appropriate protective equipment before handling the product.
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