Festive Deal Sika Primer-207 - Pigmented, Solvent-based Primer F/various Substrates [587329] Up To 80% Off [YKNnCDxo]

Sika Primer-207: Versatile Solvent-Based Primer

Sika® Primer-207 is a cutting-edge solvent-based primer designed for various substrates, offering exceptional adhesion and a reliable bond between materials. This pigmented black primer forms a thin, moisture-reactive layer that serves as a crucial link between substrates and adhesives, ensuring a strong and durable finish. Formulated for optimal performance with Sika’s 1-component polyurethanes, Primer-207 is a game-changer for professionals seeking superior adhesion without the need for an additional activation step.

Key Product Properties and Specifications

Sika® Primer-207 is engineered to provide excellent adhesion on a wide array of substrates, including float glass, ceramic-coated glass, plastics, pre-coatings, painted surfaces, E-coats, and metals. Its unique UV fluorescence feature allows for in-process control, making it an ideal choice for quality assurance. The primer is easy to apply, requiring thorough shaking and a thin, even coat using a brush, felt, or foam applicator. It is crucial to ensure adequate dense coverage, as Primer-207 is applied only once. The application temperature range is between 15 °C and 25 °C, and the product is intended for use by experienced professionals only.

Practical Uses and Target Audience Scenarios

Sika® Primer-207 is a versatile solution for professionals in construction, automotive, and other industries where strong adhesion and material compatibility are essential. Whether you are working on a glass facade, a plastic component, or a metal surface, this primer ensures a reliable bond. Its ease of use and visible UV fluorescence make it an ideal choice for in-process control, enhancing the quality of your work. With Sika® Primer-207, you can expect enhanced adhesion, visible UV fluorescence for quality control, and an easy application process, making it a must-have for any professional seeking excellence in their work.