Electrical installation tape

'-Tape ideal for masking and craft uses -Excellent resistance to water and solvents, great for outdoor use and decorating -Can withstand temperatures up to 200°F with a low tack adhesive for temporary use -Will stay in place up to 14 days in sunlight -Easy, clean removal, mostly used for drafting out areas for crafts, automotive work and home interiors -Supplied on 50 metre rolls with a choice of 25mm or 50mm widths

Set: 2 buckets 33.8 fl oz +10 cups 2.9 fl oz + Masking tape 2"

⚙️ 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.

FLUORESCENT UV PIGMENT (Fluorescent powder) – Luminescent, glows in the dark. Due to the high concentration of active components, this fluorescent powder pigment glows in the dark and it is strongly phosphorescent! It is designed to highlight those details you want to make visible in the dark, such as escape routes or exits, simply by adding it to resins, paints or varnishes. It is great for decoupage, decoration and anything related to DIY or creativity. Available in 5 colours. SAFETY: the products are NOT toxic, harmful or radioactive. They are NOT considered to be hazardous (see certificate of analysis). APPLICATION: Thanks to their characteristics, these pigments are suitable for several technical or artistic purposes. They are perfectly safe and it is possible to use them on products in direct contact with the body such as clothing, shoes, helmets, toys, watches, fishing or sports equipment. Since they are long-lasting, easy to apply and reliable, these pigments are particularly appreciated in the security field. Pigments are widely used in industry for the production of paints, injection moulding, grinding of plastic materials, screen printing, tapes or light films, ceramic tiles, etc. Use in quantity 20-30% to binder ratio and apply on light surfaces. These pigments charge by exposing them to a light source (sunlight, electric light or UV light), and slowly return energy by glowing in the dark.

Perfectly protected against the sun – the first clear UV-protection for the outdoors! All resins / woods turn amber in colour over time, but UV-Protection-Oil has been developed to preserve epoxy's clear colour and slow down the yellowing process by (UV factor) 12 times compared to untreated epoxy. Ideal for River tables, epoxy furniture, exterior design pieces, windows, doors, claddings, fencings and other complex joinery. Natural oil-based and microporous finish, it does not crack, flake or peel. Water-resistant and dirt-resistant, it is moisture regulating and minimise the damaging. Description Natural oil-based clear satin wood finish for outdoor use. The microporous surface allows the wood to breathe and reduces swelling and shrinkage. Water-repellent, will not crack, peel or flake. As top coat on already treated coloured wood, Osmo UV-Protection-Oil Extra significantly extends the intervals between each restoration. When used as a single product, with a two-coat application it prevents greying on vertical surfaces with a 12 UV-protection factor compared to untreated wood. Osmo UV-Protection-Oil Extra features active ingredients to protect the coating against the action of mould, algae and fungi. No need to sand before application, easy and smooth. During coating, the finish is still workable. Recommended use Osmo UV-Protection-Oil Extra is perfect for all vertical wood surfaces for outdoor use: doors, windows, window shutters (dimensionally stable parts), parking places, resin coatings, balconies, fences, pergolas, and holiday cottages (dimensionally unstable parts). Also suitable for bamboo poles (e.g. in screens). Ingredients Based on natural plant oils (sunflower oil, soybean oil, thistle oil and linseed oil), desiccants and additives. Biocidal active ingredient: Propiconazole. Dearomatized turpentine (benzene-free). EU limit value for this product (cat. A/e): 400 g/l [0,02 lb/oz] VOC (2010). This product contains max. 400 g/l [0,02 lb/oz] VOC. Detailed declaration of ingredients available upon request. Storage Up to 5 years and longer if the can is stored in a dry place and hermetically sealed. If thickened by frost, store for 24-36 hours at room temperature before use. Surface preparation Wood surface must be clean, dry and frost-free (moisture content max. 20%). Osmo UV-Protection-Oil Extra is ready to use and should not be diluted. Stir well before use. If possible, please apply the first coat to all sides before installation. Particularly oily timbers need to weather off (for approximately 6 weeks) after installation. Thereby the wood will gain more absorbent power and the finish will penetrate optimally. A coloured base coat is recommended, e.g. Osmo One Coat Only, Natural Oil Woodstain or Country Colour. For renovations, clean all old microporous wood finishes thoroughly. Freshen up greyed wood with Osmo Wood Reviver Power-Gel before applying Osmo Clear Uv-Protection-Oil. Old paints and lacquers must be completely removed. As a general rule, wear a dust mask during sanding. Do not sand smooth surfaces thinner than P120. The final result may be influenced by several factors, including the natural features of the wood. Therefore, a trial application is always recommended, especially for unfamiliar timbers. If you wish to have additional protection against blue stains, decaying and insects, you should pre-treat the wood on all sides with Osmo WR Base Coat. Technical data Specific weight: 0.9-1.0 g/cm³ [0,03 lb/in³] Viscosity: >50s DIN EN ISO 2431/3 mm, viscous Odour: faint/mild, odourless after drying Flash point: >60 °C [140 F] acc. DIN EN ISO 2719 Documentation ⏩ TDS ⏩ SDS

💥 Bestseller for: –Prototyping:Polyurethane resin is frequently employed for rapid prototyping in industries such as automotive, medical, product design, and more. Its quick curing time and high casting precision make it ideal for efficiently producing test prototypes; –Modeling:Thanks to its high durability and the ability to replicate intricate details, polyurethane resin is used in art and design for creating models. This includes artistic sculptures, architectural prototypes, and decorative elements; –Small Batch Production:The "vacuum casting" technique with polyurethane resin enables cost-effective and rapid production of small batches of items with high detail. This is useful for manufacturing limited quantities of products with consistent characteristics; –Repair and Restoration:Polyurethane resin can be employed for the restoration and repair of various materials, including wood, stone, plastic, and metal. It is used to fill cracks, create missing components, or restore surfaces; –Manufacturing Seals and Components: Due to its chemical resistance and high wear resistance, polyurethane resin is widely used in the production of seals, including rubber seals, gaskets, and components for automobiles and industrial machinery; –Creative Projects:Artists and craftsmen use polyurethane resin for a wide range of creative projects, including art installations, decorative items, unique shapes, and even jewelry.   💥About “POLYFORM” POLYURETHANE CASTING RESIN: PolyForm, our cutting-edge polyurethane casting resin, is a high-performance solution designed for rapid prototyping in the modeling and automation industries. With a carefully formulated blend that boasts high fluidity and a remarkable Shore A hardness of 100, PolyForm empowers you to bring your creative visions to life with precision and efficiency. Key Features: Versatile Application: PolyForm is ideal for a wide range of applications, from creating detailed models to automating production processes. Its adaptability makes it a valuable asset in various industries. Rapid Prototyping: Craft prototypes with ease using silicone molds and PolyForm resin. These prototypes serve as crucial tools for pre-processing, strength testing, and dimensional analysis before moving on to mass production. Vacuum Casting Technique: Explore the "Vacuum casting" technique with PolyForm, enabling the production of small series of objects with identical mechanical, aesthetic, and dimensional properties to the final product. Quick Curing: Experience a fast pot life of 3 minutes and a maturation time of 30 minutes, allowing you to work efficiently and bring your ideas to life in a short span. Non-Toxic Certification: PolyForm is certified non-toxic for skin contact post-catalysis, ensuring the safety of handling the artifacts created with this resin. Technical Specifications: Viscosity: 70 mPa*s Weight Ratio A/B: 90/100 Color: Beige Usage Guidelines: Not suitable for coloring with dyes Do not use at temperatures below 8-10°C. Wear gloves and protective eyewear during mixing and application. Clean tools with epoxy or nitro thinner. Dispose of packaging following local regulations. PolyForm is your reliable partner for bringing innovation to your projects. Whether you're a hobbyist or a professional, PolyForm delivers exceptional results, providing the precision and reliability you need for your creative endeavors. Start creating with PolyForm today!   [CP_CALCULATED_FIELDS id="1"]    Download Non toxicity Certificate

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

Amber Onyx Effect Kit with Epoxy resin: The 2.49 kg kit (1.66 + 0.83) covers 1 square meter (+ 10 g Sahara white pigment + 25 ml white dye + 25 ml brown dye + 25 ml OXIDE yellow dye) The 4.15 kg kit (2*1.66 + 0.83) covers 2 square meters (+ 2*10 g Sahara white pigment +2* 25 ml white dye +2* 25 ml brown dye +1*25 ml OXIDE yellow dye)  The 8.33 kg kit covers 4 square meters (+ 4*10 g Sahara white pigment +4* 25 ml white dye +3* 25 ml brown dye+ 2*25 ml OXIDE yellow dye )  The 16.66kg kit covers 8 square meters (+8*10g Sahara white pigment +8*25ml white dye +4*25ml brown dye + 2 * 25 ml OXIDE Yellow dye)  Kit Contents: 2.49 kg, 4.15 kg, 8.33 kg or 16.66 kg of Art Coat Epoxy "Art Pro" for a high quality base  White Dye, Oxide Yellow Dye and Brown Dye from the "Colourful" Line for the perfect caramel stone shades -  White Metallica Sahara pigment for that extra touch of sparkle Each kit includes dyes and pigment in sufficient quantity for the amount of resin required.  Choose the Amber Onyx Effect Kit with Epoxy resin for an easy and elegant transformation of the worktop. Purchase your kit now and elevate your space with the warmth and beauty of caramel marble.  Guide Instructions:  Step N1: Primer  Start by carefully measuring the amount needed to cover the surface based on the consumption of 150 g/m2, making sure to follow the proportions indicated to obtain a homogeneous mixture. Once the base has been prepared, proceed with adding the dye, choosing between white or black depending on your needs. The quantity of colourant to add to the mixture can be measured in a few drops (max 5% by volume). This step is crucial to achieve the desired colour and ensure uniformity of the application.  Before applying the primer, it is essential that the surface intended for treatment is adequately prepared. Sand the surface with a coarse grit (40 or 60) before any operation. Make sure it's completely clean, using a soft cloth or brush to remove any pigment, dirt or debris. The surface must also be completely dry; residual humidity can compromise the adhesion of the primer and its effectiveness in sealing the surface.  Once the surface is ready, apply the mixture evenly, using a suitable tool such as a brush, roller or spatula, depending on the size of the area to be treated and your personal preference. The key is to get a thin, even layer that can cover the entire area without leaving gaps or excessive product build-up.. After application, it is essential to allow the primer to dry completely before proceeding with further treatments or finishes on the surface. The recommended waiting time is 12 hours; this range may vary slightly depending on environmental conditions, such as humidity and temperature, but offers a good compromise to ensure the mixture has time to dry and adhere properly. During this period, avoid touching or stressing the treated surface to ensure optimal results. Don't worry if you notice any discrepancies on the surface, the next main pour will level everything perfectly.  Step N2: application  Start by applying masking tape around the perimeter of your countertop to contain the epoxy you're about to pour. This step is essential to ensure the resin stays where it is needed. After applying the resin, wait about 1.5 hours before gently removing the tape. To ensure coverage is even and complete, plan to use approximately 1.6kg of resin for every square meter of surface area.  When you are ready to mix the resin, use a drill equipped with a paddle mixer for quick and even action (use at low speed), taking about 2 minutes for this operation. If you prefer to mix by hand, be prepared to take double the time. Don't forget to scrape the sides and bottom of the container halfway through the process with a stick to ensure all the material is mixed well. Next, separate the already mixed resin into different glasses and add the desired colours, mixing the different colours in the different glasses until you obtain an intense and uniform colour per single glass.  To create a striking visual effect, pour the coloured resin in random layers into a larger bucket, being careful not to mix the colours together too much. After filling the bucket, spread the contents over the surface of the worktop, leaving a small amount of resin aside to finish the edges later. To remove trapped air bubbles, gently run a propane torch or heat gun over the surface.  Once the adhesive tapes have been removed, approximately 1.5 hours after application, if there are any dry edges, moisten them slightly by wearing a protective glove to promote an even appearance. Use appropriate tools, such as spatulas or plastic scrapers, to spread and level the resin along the edges, making sure to cover the entire area well. After letting the resin cure for 24 hours, you can apply a clear top coat or PoliShield scratch-resistant paint to further protect the surface.  Finally, for even more refined visual effects, spray 99.9% isopropyl alcohol onto the surface just before the resin begins to fully harden. This will create unique lacy textures. Remember that when you remove the tape, it is essential that the resin is partially hardened, neither too liquid nor completely solid, to avoid unwanted drips.   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.