Making molds with silicone, alginate and many other producs
Do you want to make a silicone or alginate mold yourself? This is of course possible with the products and the help of Siliconesandmore! Here you will find many videos and tutorials on how to easily make a one-stop alginate mold or how to make a beautiful silicone mold from...
This silicone has a good fluidity and gives great detail while still remaining strong.The silicone Condensation 20 A + B is a 2-component (poly-condensation curing) castable molding silicone which cures at room temperature. Silicone C 20 -A + B are...
Pourable, addition-curing RTV-2 silicone rubber, especially suitable for all molds of models with extensive undercuts. Excellent flowability and self-deaeration High tear strength Low hardness (Shore A 28) Mixing ratio of 1:1 for straightforward processing Fast and non-shrink cure at room...
With this adjustable formwork for making silicone molds, you have a very useful tool in your hands. This formwork will last for years. Because the size is adjustable, you quickly save material, which means you can save costs. The formwork...
With this adjustable formwork for making silicone molds, you have a very useful tool in your hands. This formwork will last for years. Because the size is adjustable, you quickly save material, which means you can save costs. The formwork...
With this adjustable formwork for making silicone molds, you have a very useful tool in your hands. This formwork will last for years. Because the size is adjustable, you quickly save material, which means you can save costs. The formwork...
This hardener works on all condensation silicones. This T51 hardener from Wacker makes the silicone more resistant to polyester. This B component may also be mixed with other condensation B components to achieve a speed of your choice with the...
PLEASE NOTE: Since August 2023, polyurethane with a diisocyanate content of more than 0.1% may only be used in companies where employees have completed the required training courses. Companies can register for an online training via THIS link. You can...
The Stensil ECO 50 malleable silicone, is a 2 component (Poly-Addition) silicone that cures at room temperature. The silicones are very easy to mix and process by hand. The silicones are ready for use after just 5 minutes. Easy to...
With this adjustable formwork for making silicone molds, you have a very useful tool in your hands. This formwork will last for years. Because the size is adjustable, you quickly save material, which means you can save costs. The formwork...
This hardener works on all condensation silicones. This T40 hardener from Wacker, allows the normal condensation silicones to harden a little faster to a generally usable silicone rubber. This T40 can be used with all condensation hardening silicones and is...
This formwork is unique because you can shape it into a triangle. This saves you even more material!With this adjustable formwork for making silicone molds, you have a very useful tool in your hands. This formwork will last for years....
This hardener works on all condensation silicones. This T37 hardener from Wacker makes the silicone more resistant to polyurethane and epoxy. This B component may also be mixed with other condensation B components to achieve a speed of your choice...
This hardener works on all condensation silicones and is especially intended for the Wacker M 4503 condensation silicones. The T-35 is easy to mix with the T-47 for shorter curing times. Processing The condensation hardening silicone can be easily mixed...
ELASTOSIL® C 1200 A/B has been specially developed for the professional production of reusable vacuum bags for the production of composite parts. Due to its shear thinning behavior it is self-levelling, but does not run off vertical surfaces. The medium...
The Wacker Elastosil RT 480 is a spreadable 2-component condensation silicone, which cures at room temperature, with a higher hardness. These silicones are ideal for making molds via a lubrication process and for making seals that need to be made...
Epoxy Carbon Fiber Support Cap Set - Professional Carbon Fiber Repair The Trias Chem Epoxy Support Cap Carbon Set is a high-quality 2-component epoxy system specially developed for professional repairs with carbon fiber reinforcement. Product features: 2-component system - A-component:...
This T 40 paste catalyst is primarily intended for the kneadable Wacker Elastosil M 1470. Processing The condensation hardening silicone can be easily mixed by hand. Mix the A and B components carefully and in the specified ratio. T40 mixture...
True Skin 20 - Professional Platinum Silicone Elastomer This is a castable, two-component, addition-curing silicone elastomer system. After mixing parts A and B in the correct proportions, the system will cure at ambient temperature within 24 hours, but the cure...
Description This is a castable, two-component, addition-curing silicone elastomer system. After mixing parts A and B in the correct proportions, the system will cure at ambient temperature within 24 hours, but the cure rate can be accelerated by applying heat....
Platinum SiliconeQM 272 – High-quality casting silicone for professional use Key Features Relatively high hardness for silicone rubber Low shrinkage <0.1% for dimensionally stable results Good fluidity and self-venting during processing Suitable for hard but flexible molds Excellent resistance to...
Do you want to make a silicone or alginate mold yourself? This is of course possible with the products and the help of Siliconesandmore!
Here you will find many videos and tutorials on how to easily make a one-stop alginate mold or how to make a beautiful silicone mold from a candle or soap or whatever you like!
Due to the flexibility and the good resistance to aging due to UV radiation and temperature, molds are often made of silicone. Some silicones can withstand temperatures of up to 380 C° for short periods and are therefore suitable for metals with a low melting point.
For many applications, pourable 2-component silicone that cures at room temperature is sufficient. We really have many varieties of these, so if you can't see the forest for the trees, consult our silicone guide or give us a call!
For additional tensile strength we recommend the use of silicone compounds (silicone pastes) which normally cure at higher temperatures. This is often a little more for the professional user.
Silicone molds are often made by placing the original model in a box and pouring silicone over it. This method is quick and easy, but costs more silicone and often results in a less flexible mold. Larger images, odd shapes and delicate products are often made with a spatula mold. To do this, the silicone is thickened and spread over the statue like butter. The resulting silicone skin must of course retain its shape. A support cap is therefore made of epoxy or acrylic resin, for example.
Molds are used for many things. Be it the production of statues in concrete, cement, polyurethane, polyester, etc. or even making sweets. These molds are often made of silicone because of its flexibility and good resistance to aging by UV and temprature. Some silicone can withstand temperatures of 380 ° C for short periods of time and are therefore suitable for metals with low melting point like some tin compounds.
Silicones come in many different types, from one component silicone sealant to two or more components liquid silicone which harden at room temperature. In industrial applications one often uses silicone compounds which are processed with presses or injection machines at higher temperature.
For many applications, a two component room temeprature hardening silicone will do the trick, but for added strength, we recommend the use of silicone compounds (silicone paste) which usually harden at higher temperatures.
Moulds are often made via the casting process in which the original is placed in a container and silicone is poured over it. With more demanding or bigger models however it is easier to make the silicone paste like and brush it against the model. The silicone skin thus obtained has got a lot of detail but no dimensional stability. For this you would need a support hull made e.g. form epoxy or Acrylic resin.
