Mixing screen printing inks is a critical step for achieving the desired color and consistency on your prints. First, choose the base inks according to your fabric; plastisol inks are popular for their versatility, while water-based inks are preferred for their soft hand feel. Using a clean spatula, mix the inks on a glass or metal surface to prevent contamination. For custom colors, refer to a Pantone book and incrementally add small amounts of the pigments together, blending thoroughly after each addition. It's crucial to mix enough ink for your entire project to avoid color discrepancies. Lastly, always test your mixed ink on a piece of scrap material to ensure it meets your expectations before proceeding with the full print run.

EnviroTex Lite Epoxy is a high-gloss, pour-on epoxy coating. To use, first, ensure your working surface is level, clean, and free of dust. Measure out equal parts of resin and hardener - accuracy here is crucial for the mixture to cure properly. Mix thoroughly for at least 2 minutes, scraping the sides and bottom of your mixing container to blend well. Pour the mixture over your project surface evenly, using a spreader or a craft stick. Allow the epoxy to level itself - you can also use a heat gun or torch to remove any bubbles that form. Leave it to cure in a dust-free environment for at least 24 hours, though full cure and hardness are achieved in 72 hours. Ensure proper ventilation and wear gloves to protect your skin during the process. Always follow the manufacturer's safety guidelines.

Epoxy resin and steel differ greatly in their properties, making direct strength comparisons complex. Epoxy resin is known for its excellent adhesion, chemical and heat resistance, and electrical insulation properties. Conversely, steel is celebrated for its high tensile strength and durability. In terms of tensile strength, steel significantly outperforms epoxy resin. Epoxy's tensile strength ranges from 5,000 to 6,000 psi, while steel's can exceed 100,000 psi. However, when combined, epoxy resin can enhance steel's corrosion resistance and fatigue life by acting as a protective coating. Additionally, epoxy is used in composites to create materials that are strong yet lightweight, finding applications in automotive and aerospace industries where steel might be considered too heavy. In brief, while epoxy resin cannot match the strength of steel, it possesses unique properties that complement steel in various applications.