SICK REF-PLUS-R25-K Reflective Tape – Versatile Self-Adhesive Reflector for Industrial Sensors
The SICK REF-PLUS-R25-K Reflector is a durable self-adhesive reflective tape designed for optical detection and automation systems that require reliable light reflection over various distances. With a 25 mm width and customizable length up to 22.8 meters, it offers flexibility for different installation needs. Built to perform in a wide temperature range of –20°C to +60°C, it ensures consistent reflection even in demanding environments. The easy-to-apply adhesive layer makes it suitable for smooth or curved surfaces, providing dependable reflection performance for photoelectric sensors, scanners, and positioning equipment.
Developed within SICK’s advanced Reflectors and Optics range, the REF-PLUS-R25-K is engineered to deliver stable, long-lasting reflective capability for industrial sensors. Its high-reflectivity film helps maintain accurate signal return despite dust, humidity, or fluctuating lighting. The cut-to-length feature minimizes waste and allows users to tailor each strip for the specific setup, whether for automated conveyors, safety barriers, or packaging lines. This reflector enhances sensing precision, reduces false triggers, and supports smooth integration into machine vision and control systems, ensuring greater reliability and operational efficiency across industrial processes.
Why SICK REF-PLUS-R25-K?
Because it combines precision, flexibility, and durability in one reflective solution. The SICK REF-PLUS-R25-K adapts effortlessly to any surface—flat or curved—while maintaining consistent signal quality. It’s the go-to choice for engineers seeking a customizable, self-adhesive reflector that ensures top optical performance without complicated installation or maintenance.
What problem does it solve?
It eliminates inconsistent sensor readings caused by poor reflection, dust, or misalignment. By offering a highly reflective, long-lasting surface, the REF-PLUS-R25-K guarantees accurate detection and stable operation in tough industrial settings—reducing downtime, preventing detection errors, and keeping automation systems running with uninterrupted precision.