RESLIN The first 100% biodegradable resin!

Reslin® is the world's first 100% biodegradable plant-based resin, developed as a more sustainable alternative to traditional resins. Made from linseed oil and a natural activator, it allows you to create decorative pieces, jewellery and creative projects using an innovative and environmentally friendly material.

Its ease of use, attractive natural finish and compatibility with pigments, mica powders, minerals and other additives make Reslin® an excellent choice for hobbyists, artists, schools and professional makers alike.

To start working with Reslin®, you will need a Reslin® kit (oil and activator), a silicone mould, a mixing container, a spatula or stirring stick, and a convection oven for the curing process. If you want to personalise your creations, you can also add pigments, mica powders, minerals, dried flowers or other compatible additives.

With these materials you can create jewellery, trays, coasters, decorative figures and many other creative projects. If this is your first time using Reslin®, we recommend following the instruction manual and respecting the recommended mixing ratios and curing temperatures to achieve the best results.

Reslin® and epoxy resin are different materials designed for different applications. Reslin® is a plant-based resin made from linseed oil and a natural activator, whereas epoxy resin is a synthetic material.

Reslin® stands out for being 100% biodegradable, easy to use and an excellent choice for creative projects such as jewellery, home décor and crafts. It can also be combined with pigments, mica powders and other additives to achieve unique customised finishes.

If you are looking for a more sustainable alternative for your creative projects, Reslin® offers a different crafting experience while maintaining endless creative possibilities.

For the best results, it is essential to follow the manufacturer's recommended mixing ratio. The correct proportion is 1 part Reslin® activator to 2 parts Reslin® oil.

Accurately measuring both components ensures proper curing and helps prevent issues such as sticky surfaces, incomplete hardening or reduced strength. To make measuring easier, you can refer to the official Reslin® ratio guide.

Working with Reslin® is straightforward when the manufacturer's instructions are followed. First, heat the Reslin® oil and activator to the recommended temperature, mix them in the correct 1:2 ratio and, if desired, add compatible pigments or decorative additives.

Once the mixture is ready, pour it into a silicone mould and allow it to rest before curing it in a convection oven. Following the recommended temperatures and curing times is essential to achieve proper hardening and a high-quality finish. If you are using Reslin® for the first time, we recommend following the instruction manual step by step.

Reslin® is compatible with a wide range of pigments and decorative additives, allowing you to fully customise every creation. You can use powder pigments, pearlescent or metallic mica powders, glitter, minerals, dried flowers, natural fibres and many other compatible materials.

For the best results, pigments and additives should be added during the mixing process to ensure even distribution. It is also advisable to follow the manufacturer's recommendations, as using excessive amounts of additives may affect the final properties of the piece.

Reslin® can be combined with a wide range of decorative materials to create unique finishes. In addition to pigments and mica powders, you can incorporate minerals, sand, dried flowers, spices, natural fibres, coffee, shells, glass beads and many other compatible materials.

Materials that contain moisture, such as fresh flowers, fruit or freshly cut plants, should be avoided as they may affect the curing process or degrade over time. It is also important to consider the density of the materials, as lighter elements tend to float while heavier ones settle at the bottom of the mould.

Air bubbles may appear during mixing or when pouring the resin into the mould. To minimise them, mix the components slowly to avoid trapping unnecessary air and allow the mixture to rest for a few minutes before pouring.

If you have access to a vibrating plate, you can use it to help the bubbles rise to the surface before curing. Keep in mind that some decorative additives may move during vibration, so decide whether this technique is appropriate for the finish you want to achieve.

Reslin® is made from 100% natural and biodegradable components, and according to the manufacturer it is suitable for food contact. However, it is essential to follow the recommended instructions and curing process so that the finished piece achieves its intended properties.

If the item will be used in regular contact with food, it should be kept in good condition and should no longer be used if it becomes cracked, damaged or shows significant signs of wear.

Reslin® has been developed as a safer alternative to many traditional resins. It is made from plant-based ingredients and does not contain many of the compounds commonly found in synthetic resins.

Even so, it is recommended to work in a well-ventilated area and always follow the manufacturer's instructions. The activator contains natural acids that may cause eye irritation if direct contact occurs, so it should be handled carefully and kept out of the reach of children.

A Reslin® piece may remain sticky or overly flexible if the recommended mixing ratio, curing temperatures or curing times have not been followed. It can also happen if the two components were not mixed thoroughly before being poured into the mould.

For the best results, always use the correct ratio (1 part activator to 2 parts oil), mix both components carefully and complete the full curing process. If sticky areas remain after curing, the mixture was most likely not prepared correctly.

Yes. Reslin® is compatible with most silicone moulds available on the market. However, the quality and type of silicone may influence the final finish of your piece, resulting in a glossier or more matte surface depending on the mould used.

For the best results, use clean, good-quality silicone moulds that are in good condition. A well-designed mould also makes demoulding easier and helps preserve the final shape of the piece.