Removing adhesive residues from tools

"SHINY SHIELD" - Glossy Release Film For Coasters & Table`s Frames Great tool for achieving the best results: ✔️ "Shiny Shield" release Film for Epoxy, Polyurethane and Acrylic Resins. ✔️ Transparent, adhesive and easily removable, it won’t leave any sticky traces on the workpiece; ✔️ Applicable on ALL SURFACES; ✔️ Specifically developed for CASTING FORMWORK EXTERNAL COATINGS. It is easy to apply without unevenness, creating a smooth, glossy and bubble-free surface, which will help easily release your epoxy project from the frame; ✔️ Once the resin has solidified, the "Shiny Shield" film can be easily removed, leaving a HIGHLY POLISHED even surface; ✔️ REUSABLE several times; ✔️ It does not require any kind of additional treatment and it is IMMEDIATELY READY to be poured. For any queries or if you may need some advice, please contact the ResinPro technical department!

Strong technical degreaser Ideal for Resins and Silicones - it is a liquid degreaser, non-aggressive on the skin: it is dermatologically tested and hypoallergenic. Made only with solvent-free plant extracts. Its formula contains valuable plant extracts! 100% natural – solvent-free! Ingredients: Plant extracts - valerian, aloe vera, mint, rosemary, sage, lavender, calendula, linden, thyme, witch hazel. Extremely delicate. Suitable for use on: STAINLESS STEEL – ALUMINUM OVENS - CAR INTERIORS GRANITE - PANS – REFRIGERATORS CAMPERS - MOTORBIKES – CARPETS CERAMICS - SANITARY WARE – HOODS FABRICS - WORK BENCHES – SHUTTERS AND MUCH MORE ... Solvent-free and alcohol-free, made with raw materials of plant origin. Removes greases, oils, markers, encrustations, adhesive residues, silicone, wax, tar, permanent inks, paints, enamels, resins, pitch, gas oil.

Carbon Polish Black (250ml) is the defined product for polishing your carbon, dark or black surfaces. The aesthetic and economic value of the carbon product is high, and for this reason it is essential to treat the surface with specific and dedicated products, which enhance the beauty of the “carbon look”. It is important to avoid “generic" products that can spoil the work done, with insufficient gloss or even worse, fail to remove scratches. EASY TO APPLY AND REMOVE MISCIBLE WITH WATER ODOURLESS DOES NOT WHITEN PLASTIC PARTS DOES NOT CONTAIN SILICONES VERY LOW ENVIRONMENTAL IMPACT The carbon polishing paste Carbon Polish Pro Black has been developed in a black colour precisely to ensure a brilliant finish and without white dots, typical of generic abrasive pastes. It can therefore be used for all dark surfaces (especially resin).   Carbon Polish Pro Black is the specific paste for carbon; black colour prevents residues from remaining visible on surfaces after polishing. Thanks to the NAP (Nano Abrasive Particles) it is a 2 in 1 product; in fact it quickly removes scratches and defects from the surface and gives at the same time a deep shine like only a polish can do.   In addition, its Synthetic Polymers allow you to correct and fill all the imperfections on the surfaces of Resin and carbon fiber artifacts.   Eliminate scratches, defects and mirror shine with a single product!   Carbon Polish Pro Black carbon polishing paste can be used both on the painted carbon and directly on the epoxy resin that covers the carbon fibers. Unlike commercial Polishes, Carbon Polish Pro Black is 100% Made in Italy, born from over 50 years of tradition in polishing. It allows both the hobbyist and the professions to obtain performing results quickly and easily. Here are the simple steps to polish or eliminate blemishes from your carbon fibre surfaces: If you need to use glass paper to remove the deepest scratches, you can do so without hesitation. The polishing paste will then be able to remove the sanding marks and make the surface smooth and shiny. Here's how:- The polishing paste Carbon Polish Black can be used by hand with extreme simplicity, with the help of a microfiber cloth or a foam pad. Or it can be used with electric tools, such as a drill and flexible, equipped with a special shepherd and foam pad (8000-12000 rpm) or with a polisher (1000-2000 rpm both rotary and ro orbital) with foam pad or wool (also synthetic). The use of tools of this kind will speed up the maintenance and ensure optimal results in even faster times.   How to prepare the surface to be polished? Here are the tricks to make the most of NAP (Nano Abrasive Particles) technology:-   Removals defects and scratches from sanding Depending on the depth of the scratch/defect, start with abrasive papers grit 800-1000 (for deep scratches) or simply 3000-4000 (for light scratches), always tend the surface wetted with water (this will help to make the result homogeneous) Apply the polishing paste for carbon fiber on the surface and spread it with circular and more or less energetic movements depending on the defect you want to remove. Or by directly attaching the buffer of the polisher / hose. We recommend one / two drops of carbon polishing paste every 3-4 cm. You can apply it several times thanks to synthetic polymers, without risking consuming the carbon, until the result is perfect. Clean up simply with water and a clean cloth. Put on your sunglasses and enjoy the dazzling result! Surface renewal: The product is also suitable as a fast and effective tool to renew your precious carbon surfaces, which wear out with normal use or exposure to atmospheric agents. In this case, the process is even easier: it is sufficient to apply the paste on the surface (well cleaned) and roll it out with circular movements, or by directly applying the buffer of the polisher / flexible.   We recommend one / two drops of carbon polishing paste every 2-3 cm.   The carbon polishing paste Carbon Polish Pro Black has been developed in black colour precisely to ensure a brilliant finish and without white dots, typical of generic abrasive pastes, and can therefore be used for all dark surfaces (especially resin). The special formula is free of volatile silicones and is therefore not harmful to health; it can also be used in painting processes.

Advantages of Two-component Epoxy Resin Adhesive Extreme strength and resistance to thermal and mechanical influences Resistant to most aggressive substances and oils Available solvent free and BPA free It hardens even under water Compatible with a wide range of additives such as dyes and accelerators Expedited Potlife Application – BestPractice At room temperature (15-30 C The mixing ratio of the two components of 1: 1 is maintained automatically. Do not apply below 5 C outdoor temperature. The higher the ambient temperature, the more effectively the material polymerizes. This means that resistance increases at higher temperatures. It is recommended to have a cloth ready for cleaning. In addition, care must be taken that the work surface is protected and can be cleaned directly if necessary. The surface should be slightly roughened, because only then is the epoxy adhesive guaranteed to bond well with the material. To do this, you can sand or file the surface. To spread the sticker, a piece of cardboard or plastic is useful. After use, clean the tube so that the lid does not stick, and then close it tightly. The thickness of the adhesive should be thin enough (0.1-0.2 mm), but if necessary it can be thicker. The parts to be glued must be clean and free of oil and grease. Apply the adhesive on one side and join and press the parts to be glued. The potlife is about 5 minutes, good endurance is achieved after about 10-12 minutes, and total endurance after about 24 hours. Pot life is limited in time and describes the maximum working time of the uncured adhesive. Once the pot life has passed, the adhesive not yet applied must not be further processed, but must be disposed of! Until the manual force is reached, the binding must be additionally fixed, for example, with the help of a vice, adhesive tape or clamp. In the case of heat-assisted polymerisation, the temperature resistance of the joined parts must be guaranteed. In addition, the heating and cooling times of the parts to be joined must be respected. This time must be added to the curing time of the adhesive. Tension can occur in the glued joint during heating and cooling. With materials such as PP, PE, PTFE or silicone, the parts need to be pretreated with our primer. The need for a primer depends on the surface tension. If this is high enough it can be tested with water droplets on the surface. If the drops adhere well to the surface, a good bond is most likely. If the drops slip away, a primer is probably needed.   Mixing There are several ways to mix the two components: - Mixing by hand - Use of a static mixing nozzle - Use of a dynamic mixing nozzle Hand mixing is sufficient in most cases. For this purpose, a toothpick or similar is used and the two components are mixed until a cloudy mass is formed. Make sure that no bubbles remain. When using a static mixing nozzle, the mixing of both components takes place inside the mixing nozzle so that the mixing is ideal. The first 2g should be discarded, given they are not yet mixed 1:1. However, the mixing nozzle can only be used until the adhesive in the mixing nozzle has dried. After that, you will need a new nozzle. W With a dynamic mixing nozzle, the speed of the mixer can be controlled electronically. This allows you to control the mixing intensity very precisely. However, this is intended for special industrial applications and is not necessary for everyday use. Harden The adhesive is chemically cured. This gives the advantage that gluing the surface is also possible, where adhesives that harden with moisture take a very long time. The bond is high strength and densely flexible. Thus, permanent resistance can be guaranteed in the event of shocks and vibrations. The use of the polymerised adhesive is also possible at high temperatures (up to about 120C), for a short time (30 min) up to 200C The polymerised adhesive has good resistance to physical (e.g. sunlight) or chemical (moisture, detergents, chemicals, etc.) influences. The great advantage of two-component epoxy adhesive is the fact that it hardens even under water and is robust. In addition, it is mouldable, so it can be inserted into any recess to fit.   Technical data Epoxy Resin                              Hardener Base (amine mixture) Viscosity High                           Viscosity Transparent                               Color Density                                        1.1 g / ml Gap filling capacity                  3mm Temperature resistance          -40 up to +120 C Pot Life                                         5 min Hand resistance                         10-12 min Final endurance                         24 hours Shore hardness                           60 Tensile shear strength               10 N / mm2 Module                                          E 620 N / mm2

Manual gas heat gun with adjustable flame and safety lock. An excellent tool to neutralize the bubbles which form during the pouring of resin. WARNING! Avoid keeping the flame too close to the resin and do not direct it always on the same spot (move the gun over the entire surface). If the resin excessively overheats, a film may form on the surface. The gun must be loaded manually with the gas included in the kit. How to use: Remove the cap from the container, and insert it into the hole below the gun. Press and hold down for about 20-30 sec to fill the gun. During this process, it is normal for part of the gas to escape.

New line of polishing products SPECIFIC for plastic and resins industry. Ebonite Abralon Sanding Pads: - Ebonite Abralon Sanding Pad 150mm 360 grit - Ebonite Abralon Sanding Pad 150mm 500 grit - Ebonite Abralon Sanding Pad 150mm 1000 grit - Ebonite Abralon Sanding Pad 150mm 2000 grit - Ebonite Abralon Sanding Pad 150mm 3000 grit - Ebonite Abralon Sanding Pad 150mm 4000 grit Ebonite Abralon Sanding Pads Cosmetically appealing, consistent scratch pattern provides excellent traction. Combines the benefits of abrasive cloth and non-woven products. Opening in the fabric allows water to flow freely around the abrasive. Solid surface and foam backing provide even surface pressure. Last 5+ times longer than sandpaper. Use wet or dry (residual material can be removed by high pressure air). Now it's possible to get the most aggressive surface texture without that "cheese grater" look. Abralon sanding pads use silicon carbide particles that are precision sifted to a consistent grain size, then bonded evenly to a six-inch round fabric face for the most even scratch pattern available. WARNINGS: During processing, use protective masks, gloves, and other protective clothing. In case of contact with eyes, immediately rinse with cold water for 15 minutes and immediately consult a doctor. How to Use: Step 1: Thoroughly clean the surface with a cloth. Step 2: Now you can polish by hand or with an orbital polisher. We recommend using the lowest possible speed to get the best result. Start Polishing with 360-500 grit. Note: Sand the entire surface evenly with circular movements and light pressure. Moisten the pad or the surface with water from time to time. Step 3: Now use the 1000 grit sandpaper. Note: Moisten the sandpaper or the surface with water from time to time. Step 4: Afterwards, use 2000 grit sandpaper. Note: Moisten the sandpaper or the surface with water from time to time. Lastly, use 4000 grit sandpaper to finish sanding. Step 5: Remove the sandpaper from the polishing disc and attach a soft sponge to it. Rinse the surface or wipe it with a damp cloth to remove any residual grain of the sanding. Step 6: Apply EpoxyPolish Polishing cream on the damp sponge. Use by hand or with an orbital polisher, using a large circular motion and exerting slight pressure. Step 7: Clean the surface with plenty of water to remove all the remaining residues. Step 8: Enjoy the result!!!

Resin Pro offers the possibility to achieve a perfect polishing by using different types of abrasive pastes. It can be used by hand or with an orbital polisher to make your resin creations shiny. Ebonite Abralon Sanding Pads Cosmetically appealing, consistent scratch pattern provides excellent traction. Combines the benefits of abrasive cloth and non-woven products. Opening in the fabric allows water to flow freely around the abrasive. Solid surface and foam backing provide even surface pressure. Last 5+ times longer than sandpaper. Use wet or dry (residual material can be removed by high pressure air). Now it's possible to get the most aggressive surface texture without that "cheese grater" look. Abralon sanding pads use silicon carbide particles that are precision sifted to a consistent grain size, then bonded evenly to a six-inch round fabric face for the most even scratch pattern available. WARNINGS: During processing, use protective masks, gloves, and other protective clothing. In case of contact with eyes, immediately rinse with cold water for 15 minutes and immediately consult a doctor. The kits may include by variations:  EpoxyPolish Polishing cream – 250 ml [8,79 oz] - 1pc Ebonite Abralon Sanding Pads: - Ebonite Abralon Sanding Pad 150mm 360 grit - 1pc - Ebonite Abralon Sanding Pad 150mm 500 grit - 1pc - Ebonite Abralon Sanding Pad 150mm 1000 grit - 1pc - Ebonite Abralon Sanding Pad 150mm 2000 grit - 1pc - Ebonite Abralon Sanding Pad 150mm 3000 grit - 1pc - Ebonite Abralon Sanding Pad 150mm 4000 grit - 1pc EpoxyPolish Polishing cream   How to Use: Step 1: Thoroughly clean the surface with a cloth. Step 2: Now you can polish by hand or with an orbital polisher. We recommend using the lowest possible speed to get the best result. Start Polishing with 360-500 grit. Note: Sand the entire surface evenly with circular movements and light pressure. Moisten the pad or the surface with water from time to time. Step 3: Now use the 1000 grit sandpaper. Note: Moisten the sandpaper or the surface with water from time to time. Step 4: Afterwards, use 2000 grit sandpaper. Note: Moisten the sandpaper or the surface with water from time to time. Lastly, use 4000 grit sandpaper to finish sanding. Step 5: Remove the sandpaper from the polishing disc and attach a soft sponge to it. Rinse the surface or wipe it with a damp cloth to remove any residual grain of the sanding. Step 6: Apply EpoxyPolish Polishing cream on the damp sponge. Use by hand or with an orbital polisher, using a large circular motion and exerting slight pressure. Step 7: Clean the surface with plenty of water to remove all the remaining residues. Step 8: Enjoy the result!!!

⚙️ In the world of resins: Used to remove surface bubbles from resin mixtures, if applied in drops on top of resin already mixed with mica pigments, it will create fantastic cells with very beautiful degradation and colour mixing. 💦 As a remedy for removing the formation of bubbles: By applying it to the inner surface of silicone moulds with a spray gun, you will remove bubbles on resin parts. 🎨 A multi-purpose product, ideal for: To remove bubbles from epoxy resin mixtures. To create the effect of craters and cells, it is applied to a mixture of epoxy resins with mica pigments. Solvent for coatings or for non-polar industrial processes. As a cleaning agent, it is highly recommended for cleaning electronic devices, LCD displays, DVDs… To remove stains from most fabrics, wood, cotton, etc... To remove oil-based paint residues for reuse. As a moisturiser in lithographic printing. A solvent for polishing varnish used in joinery. If you want to create beautiful effects on countertops, floors and surfaces, as well as easily remove bubbles in your resin products, then this is your product. Pure 99.9% Isopropyl Alcohol Resin Pro, also known as 2-propanol or isopropanol, is used as an electrical contact cleaner among many other applications. Trade Name: Medical ALCOHOL In the resin world, it is used to remove surface bubbles from mixtures, and when applied in drops over resin mixed with mica pigments, cells are formed. APPLICATION: For cleaning electronic components: Apply the product directly to the equipment, let it dry at room temperature or accelerate drying by applying compressed air, and finally reassemble the equipment. Do not use while the equipment is on. PRECAUTIONS: View the safety tab. Isopropyl alcohol in the vapor state is denser than air and is highly flammable, giving a very wide range of fuels. It should be kept away from sources of heat and fire. CHARACTERISTICS, PHYSICAL AND CHEMICAL PROPERTIES: Physical condition: Colourless liquid, very volatile Attention! Safety Guidelines for Using Isopropyl Alcohol (99.9%) Isopropyl alcohol (IPA) is a highly flammable substance. Improper use—especially near heat sources like torches or heat guns—can result in fire or explosion. To ensure safe use, follow these precautions: Primary Risks Highly flammable: IPA vapors can ignite from sparks, open flames, or hot surfaces. Forms explosive vapor-air mixtures, especially in enclosed or poorly ventilated spaces. Strictly Prohibited: Using gas torches or heat guns near areas treated with IPA. Spraying IPA near active heat sources. Storing IPA near flames, heaters, or hot tools. Recommended Safety Measures: 1. Ventilation: Always work in a well-ventilated area when using IPA. 2. Wait Time: After applying IPA, wait at least 5–10 minutes to allow complete evaporation before using any heat tools. 3. Safe Distance: Keep IPA containers at least 2 meters (6 feet) away from heat or flame sources. 4. Storage: Store IPA in a tightly sealed container, away from direct sunlight or high temperatures. 5. Fire Safety: Have a CO₂ or dry chemical fire extinguisher nearby when working with flammable substances and open flames. In Case of Fire: Do not use water to extinguish the fire. Use an appropriate extinguisher, cut off air supply if safe, and call emergency services if needed.