Vista Cascade (10-25mm Depth)
2 to 1 Epoxy Art Resin supplied in 1.5kg, 3kg, 7.5kg kits with 2 parts A and 1 part B
Perfect for making coasters, trays, small home decor
Crystal Clear, UV Stable, Heat Resistant up to 90oC and Manufactured in the UK
Low Odour, No VOC's, Solvent Free and Non-Flammable
you need to
Vista Cascade is a 2 to 1 coating and thin pour resin, formulated for applications between 10mm and 25mm depth. Cascade is a medium viscosity (thickness) epoxy which means it benefits from de-gassing excellently and gives a bubble free finish even when applied up to 25mm. When applied at a higher depth than 25mm this would likely overheat. This can result in bubbling and yellowing. Going under the recommended depth of 10mm can often result in the product being susceptible to Amine Blush and Amine Bloom (surface defects). This is due to the prolonged curing time.
Epoxies cure from a heat reaction. The thinner the application the slower the reaction because the epoxy is unable to generate as much heat in a lower mass. So for thin applications like coatings it is important to use a fast-curing resin like Turbo that generates heat even at a low depth.
Vista Cascade is highly versatile and often used in layers to fill a deeper project, encapsulating items in each layer. It is capable of thinner applications on craft projects such as coasters and trays; up to small casting and encapsulation projects such as busts, hearts and flower encapsulations. Cascade can even be layered and used for pyramids.
It is important with any product for you to trial the resin before application on to project. Not all art resins behave the same. After trialling, you might realise that a different product within the range is more suitable, or that the techniques implemented with alternative resins may have to be adjusted for this particular product.
This product is heat resistant up to 90oC once it has reached it’s full cure in 14 days. When working at 20oC, pouring at the recommended depth typically this product is touch dry in 24 hours and de-mouldable in 48 hours.
Cascade is a 2:1 mixing ratio by weight, which means for every 100g of Part A, you need 50g of Part B. For example:
200g Part A : 100g Part B
When measuring in a measuring cup by ml the ratio to follow is slightly different. For every 100ml of Part A, you need 60ml of Part B. For example:
200ml Part A: 120ml Part B
Go over to our Vista Resin Calculator which will do all the working out for you.
After measuring out the Resin and Hardener it’s now time to mix the two together. At least 3 minutes is required for mixing and it is good practice to transfer into a second cup for some further mixing. This way you can ensure there is no residual hardener unmixed which might be poured into your piece and cause a defect.
When all lines and imperfections have been removed you can be assured the epoxy is completely mixed. You can over mix and also mix too quickly causing excessive amounts of air to be introduced during this process. This can cause unwanted bubbles to form so be cautious of this.
The second the two components are mixed together a chemical reaction will begin. Often users decide that they will leave the mixed Resin into the cup for some time afterwards which creates a thicker Resin. When making a piece with several colours this can help to stabilise the colours and stop them from separating into each other. Again be careful and consider how much Resin is within the cup because this is within a small surface area meaning heat can not escape and the reaction will begin to increase rapidly. If left too long, you can lose workability with the Resin mixture all together often experiencing bubbling, excessive heat, distortion and even a flash cure!
The curing time is dependent upon Total Heat. Total Heat = Heat of Reaction + Ambient Temperature. The Heat of Reaction is dependent upon the overall depth or mass of epoxy + curing properties of the Part B component.
For Cascade the Part B is fast curing therefore when added to a large mass and deeper than the recommended depth of 25mm the Resin mix will overheat. We recommend mixing small quantities.
The temperature of the room you are working/leaving your pieces to cure in does have a surprisingly big impact on the curing time. It isn’t a straight line between heat and cure time, so as the temperature rises the pot life and cure time increases exponentially. And similarly, for a drop in temperatures the cure time will lengthen exponentially.
Adding heat in the form of a propagator, heat mat or other source of heat, you can expect curing times to reduce by up to 75% if you are concerned about cold temperatures. Typically Cascade is used with the guideline parameters of 10-25mm, you can expect to de-mould in less than 24 hours.
For more information about how epoxy resins cure, please see our blog post 'Understanding How and Why Epoxy Casting Resins Cure'.
Working in Layers
To achieve greater depths Vista Cascade is suitable for layering. Throughout the curing process of your first layer the epoxy mixture passes into an initial cure phase when it begins to gel off. The epoxy is no longer workable and will progress from a tacky, gel consistency to the firmness of hard rubber, which you will dent with your thumbnail.
Because the epoxy mixture is only partially cured, a new application of epoxy will still chemically link with it. It is at this stage you can successfully apply a second layer / pour / coating to an existing resin and create a monolithic bond. The next layer will be able to join without visible lines. Should the casting resin be allowed to reach full cure, we would recommend to mechanically prepare the surface of the bottom layer by sanding and then chemically clean using isopropyl alcohol.
Using with Pigments
Vista Cascade is a medium viscosity (thickness) therefore letting the Resin mix sit a few moments before pouring will allow this to thicken slightly helping colours to hold in the Resin itself.
When using our Vista Epoxy Pigments you can easily introduce some fantastic colours. And because the colour is already diluted into resin, the mixing process is quick and easy.
To create a translucent colour, simply add a small amount of colour and look by eye to ensure that the mixture is not going to turn opaque. For a full colour, it will depend on the depth of your application. A full colour at a significant depth is capable of being achieved with a small amount of pigment. For a very thin coating, you will need much more colour to ensure a fully opaque Resin mixture.
We would recommend to trial and sample get the right amount of colour saturation for your project. Each pigment is coloured naturally, and so you will find that a lot more pigment is needed for colours like orange than it is for black for example. For each colour you can trial and error until you know what to add by eye.
We know from experience it doesn’t take long to get used to the colours and they’re very easy to use.
As well as standard solid colours, we also have metallic colours – Metallic White, Metallic Bronze, Metallic Silver and Metallic Gold. In addition, we have a Metallic Boost which you can add to the solid colours to give them an injection of metallic. For a small change and hint of metallic, add around 25% to solid colour, for a strong metallic finish, we’d recommend to add up to 70%.
|Alternative Names||Art Resin, Casting Resin, Epoxy Resin|
|Size||1.5kg, 3kg, 7.5kg|
|UV Resistance / Stability||UV Stable (Absorbers, Interruptors & Brighteners included in Formulation)|
|Minimum Application Temp||18oC (Lower temperatures can cause Amine Blush)|
|Maximum Application Temp||22oC (Higher temperatures can cause an excessive heat reaction)|
|Curing Schedule Guide||Dependent on variable factors - temperature, depth, mixing time, mixing volume|
your handy work! Leave
Please leave a review including photos! We love to hear from our customers, and see the fantastic projects they complete. You can also review us on Trust Pilot and Google! If you'd like your project to be seen by our staff or featured on our social media channels, please email in any images to email@example.com.