Conductivity Tester

Silver Conductive Paint – High-Conductivity Silver Coating for Electroplating, Electronics & Industrial Applications Create Highly Conductive Surfaces on Almost Any Material Our Silver Conductive Paint is a premium-quality, air-drying conductive coating formulated with 45% pure silver to provide outstanding electrical conductivity. It is designed for creating conductive surfaces on both conductive and non-conductive materials, making it an ideal solution for electroplating, electronics manufacturing, industrial applications, laboratories, research, and repair work. Suitable for plastic, wood, paper, glass, ceramics, metals, textiles, composites, and many other materials, this conductive silver paint delivers reliable electrical performance with excellent adhesion and durability.Our recommendation: Afterward, please dip the item for a long time in an acidic copper-brightening bath to achieve a shiny finish. Key Benefits ✔ High electrical conductivity with 45% silver content ✔ Fast air-drying formula ✔ Excellent adhesion to a wide variety of materials ✔ Ideal as a conductive base for electroplating ✔ Suitable for brush, spray gun, airbrush, or dipping ✔ Professional-grade quality ✔ Reliable performance for industrial and laboratory applications ✔ Easy to apply and highly versatile Wide Range of Applications Silver Conductive Paint is suitable for numerous professional applications, including: Creating electrical contacts Repairing printed circuit board (PCB) traces Conductive coating of plastics Metallizing non-conductive surfaces Electroplating preparation EMI/RFI shielding of plastic enclosures Electrostatic discharge (ESD) protection Repairing automotive rear window defroster grids Improving electrical contact resistance in high-current applications Scanning Electron Microscopy (SEM) sample preparation Laboratory and research projects Prototyping and product development Jewelry manufacturing and restoration Decorative and technical electroplating Ideal Base for Electroplating The dried silver coating forms a highly conductive surface, making it the perfect foundation for electroplating processes. Suitable for subsequent plating with: Gold Silver Copper Nickel Rhodium Chromium Palladium Its excellent conductivity promotes uniform current distribution, resulting in smooth, even metal deposits with outstanding adhesion. Easy Application The conductive paint can be applied using: Brush Spray gun Airbrush Dipping process Important: Shake or stir thoroughly before use, as the silver particles naturally settle during storage. Drying Recommendations The coating dries quickly, even at room temperature. Recommended drying times: 20°C (68°F): approximately 30 minutes 80°C (176°F): approximately 10 minutes 150°C (302°F): approximately 5 minutes Drying is possible at any temperature up to 150°C (302°F). Technical Specifications SpecificationValueProduct TypeSilver Conductive PaintSilver Content45 ± 0.2% AgCoverageApproximately 0.5–1.5 g per 100 cm²ThinnerDH 14 GViscosityFord Cup Ø 3 mm, 30–35 seconds at 25°CSurface Resistance0.02–0.04 Ω (depending on coating thickness and drying temperature)Application MethodsBrush, spray gun, airbrush, dippingDrying TemperatureUp to 150°C (302°F)Package Size12 g - 50 g- 100 g - 250 g - 500 g Storage Store in a cool, dry place. Shelf life: up to 12 months under normal storage conditions. When refrigerated, the product remains usable for up to 24 months. Safety Information Read the Safety Data Sheet (SDS) before use. Wear suitable protective gloves and eye protection. Use only in well-ventilated areas. Keep out of reach of children. UFI Code: QN25-FVK7-D003-YUG5 The current Safety Data Sheet is available for download on the product page. Why Choose Our Silver Conductive Paint? Whether you need a conductive coating for electronics, electroplating, laboratory work, industrial manufacturing, or repair applications, our Silver Conductive Paint offers exceptional conductivity, strong adhesion, and reliable long-term performance. Its high silver content, professional-grade formulation, and versatile application methods make it the ideal choice for demanding technical and industrial projects where precision and reliability matter most.

Copper Conductive Lacquer for Plastic Metallization – Airbrush & ElectroplatingCopper conductive lacquer for metallizing non-conductive surfaces – ideal for preparing plastics, 3D-printed parts, PETG and other non-conductive materials for subsequent electroplating.This copper conductive lacquer allows non-conductive surfaces to be coated with a copper-containing layer, making them suitable for subsequent electroplating. It is particularly suitable for plastic parts, 3D-printed components, PETG and other non-conductive materials.The lacquer can be applied using a brush, sponge or airbrush.Copper Conductive Lacquer for Airbrush ApplicationFor an especially smooth and even coating, the copper conductive lacquer can be applied using an airbrush with a 0.5–0.8 mm nozzle.For thinning, we recommend butyl acetate or a suitable solvent-based lacquer thinner.As a starting point, the following mixture is recommended:100 ml copper conductive lacquer + approx. 10 ml butyl acetateDepending on the airbrush, nozzle size and desired spray pattern, the amount of thinner can gradually be increased to approximately 15%.Before application, thoroughly stir or homogenize the lacquer, as the copper components may settle during storage.For the best results, apply several thin, even coats rather than one thick coat.Metallizing Plastic for ElectroplatingCopper conductive lacquer is specifically designed for preparing non-conductive surfaces for electroplating.After application and complete drying, the coated surface is galvanically copper-plated using an acid copper electrolyte. This creates a continuous metallic copper layer that can subsequently be used as the basis for further electroplating.Typical process:Plastic / 3D-printed part → Copper conductive lacquer → Acid copper electroplating → Further electroplatingThis allows plastic components to be prepared for subsequent gold plating, silver plating, nickel plating and other electroplating processes.Suitable ApplicationsCopper conductive lacquer is ideal for:Electroplating plasticMetallizing 3D-printed partsPETG and other non-conductive plasticsModel making and prototypingTechnical componentsDecorative plastic partsCustom-made and individual componentsPreparing plastic parts for electroplatingCreating a conductive surface as a preparation for galvanic coatingImportant: Conductive Preparation for ElectroplatingThe copper conductive lacquer is primarily intended for metallizing non-conductive surfaces as a preparation for electroplating.The applied lacquer layer is subsequently treated in an acid copper electrolyte to prepare the surface for galvanic copper deposition. The copper electrolyte is therefore not simply used as a thinner or cleaning solution, but forms part of the electroplating process.ApplicationThoroughly clean and degrease the surface.Stir the copper conductive lacquer thoroughly before use.For airbrush application, start with approximately 10% butyl acetate.Apply several thin and even coats.Allow the coating to dry completely.Prepare the surface for galvanic copper plating.Electroplate the surface using an acid copper electrolyte.Once a sufficient copper layer has been deposited, additional electroplating can be carried out.Your BenefitsCopper conductive lacquer allows even complex-shaped plastic and 3D-printed components to be prepared for electroplating. Airbrush application provides particularly uniform coverage and is ideal for larger surfaces, intricate geometries and detailed components.Ideal for anyone looking to electroplate plastic, metallize 3D-printed parts or prepare custom plastic components for professional electroplating.