TPM Wash Solvent | 5L

Isopropanol is a highly volatile, flammable, colourless, clear liquid that is used to remove and dissolve uncured resin from SLA and DLP 3D printed parts. It is used in FDM 3D printing for cleaning components, build plates and smoothing certain materials. Because of its rapid evaporation, it dries quickly. Therefore, the container should not be left open any longer than necessary. High Quality, high Purity Isopropanol from 3D-basics is with a purity of ≥ 99.9% one of the highest in the market. It is produced, bottled and quality controlled in Austria ensuring the highest quality standards. All Isopropanol containers are labeled according to the EU Regulation 1272/2008 (CLP). Clean M-SLA, LCD, SLA 3D Prints with ease Isopropanol is highly effective at removing any leftover uncured resin on 3d models after printing. IPA breaks the bonds of the uncured resin making the removal quick and effective. Due to its high evaporation rate Isopropanol dries off the model in seconds. This allows for little to no downtime for any subsequential post-processing steps. Usecases for FDM 3D Printing Isopropanol is a very effective cleaning solution for FDM 3D-Printing Buildplates. Most effective on glass buildplates (please ensure compatibility with the manufacturer of any other type of buildplate) it removes the residue of previous prints, buildplate adhesive and more. Since it dries up in seconds the next print is just a quick swipe away. For effective printing a diluted solution of 70-80% IPA with 20-30% distilled water is recommended. Higher concentrations can be used in case of stubborn residue. How to use Isopropanol Always wear Nitrile Gloves when handling Isopropanol. For removing uncured Resin from SLA or DLP printed parts fill your cleaning container with the amount specified by the manufacturer. To minimize waste it's suggested to preclean the parts. This can be either done by using TPM Wash Solvent or an already used Isopropanol bath from previous wash cycles. This will expand the lifespan of the fresh IPA. Place the finished print in the cleaning container and clean the parts for at least 5 min. or according to the material manufacturers guidelines. After the cleaning cycle, let the model dry and check for a tacky surface, repeat if necessary till the surface is not tacky anymore. If it's still tacky this might be a sign to replace the Isopropanol. Advantages of Isopropanol Effective solution to remove uncured resin Quick evaporation speeds up drying process Recommended as final solvent step for cleaning cycles Preferred for Dental and Biocompatible Resins Compatibility Compatible Most Resin prints - always check with manufacturer guidelines Not Compatible Formlabs Polyurethane Rigid Materials - use PGDA Wash Solvent How to store Isopropanol Isopropanol is highly flammable and should be stored under appropriate conditions. Ensure to follow local regulations regarding quantity and storage conditions. In General Isopropanol should be stored cool and dry away from sunlight, sparks and ignition sources. Disposal of Isopropanol Isopropanol and container as well as rinsing water need to be disposed of at an appropriate waste treatment site. Please check local regulations.

Canister Key 51mm width. Helpful for easy opening and closing of the 5 and 10L canisters. Advantages of Canister Key Easy open and safely close canisters after use. Compatibility Compatible 5L Canisters (51mm) 10L Canisters (51mm) Not Compatible 20L Canisters (61mm) - Use Canister Key 5/10/20L Disposal of Canister Key Canister key can be disposed in the general waste stream.

Disposable nitrile gloves are free of allergy-causing proteins and are therefore a skin-friendly alternative to latex gloves. Nitrile gloves are resistant to many chemicals and oils, are tear-resistant, convince with their high elasticity and convey a good sense of touch. They are ideal for use in medicine, nursing and home care. Nitrile gloves are food safe, which makes them the first choice in the food industry & food processing. Use Single Use Nitrile Gloves for every work with Resin and Solvents to ensure personal safety. Specifications Criteria Inspection Level AQL Standard Dimensions S-2 4.0 EN455-2 Physical properties S-2 4.0 EN455-2 1000ml water tightness test G-1 1.5 EN455-1 Visual inspection for minor defects G-1 2.5 In-House Size Palm Width Length L 110 ± 10 ≥ 240 Advantages of Nitrile Gloves Safe work with Resin, Solvents and other chemicals. Textured finish for superior grip. Free from Latex and Powder (Maximum 2.0 mg / glove) minimizes risk of Type I sensitisation. Touchscreen compatible making use in production environments easier. Compatibility Compatible Resin Standard Solvents (IPA, TPM, DPM) Food Contact safe (EN1186) Not Compatible Acetone aggressive solvents/chemicals Disposal of Nitrile Gloves Depending on the kind of chemical the Single Use Nitrile Gloves came in contact they should be disposed of accordingly.

Resin filter are paper funnel with integrated 125μm mesh to filter cured particles from resin. Always wear Nitrile Gloves when handling Resin. How to use Resin Filter If available, place Resin bottle on a silicone mat and use a PP funnel to stable the filter. Pour the resin slowly from the resin tank of the 3D printer through the filter into the bottle. Resin should be filtered as a general maintenance, especially after a failed print to remove loose particles. Advantages of Resin Filter Remove any particles that could negatively affect future prints. General good practice for maintenance. Compatibility Compatible Most Standard Resins Not Compatible High Viscosity Resin Disposal of Resin Filter Cure remaining liquid resin under UV Light source. Afterwards Resin Filter can be disposed in the general waste stream.