High-Efficiency Black Butterfly Sticky Traps for Tuta Absoluta

Decorative black sticky traps for indoor plants and nurseries. Targeted Tuta absoluta control.

Description

I. The Science of the 570nm Wavelength

For modern greenhouse operators, Integrated Pest Management (IPM) is a data-driven science. A common sourcing error is assuming all yellow traps are equal. In my 10 years at Nongzhiwang, we have perfected the spectral reflectance of our 粘虫板 (Yellow Sticky Traps). We calibrate our PP substrate to a precise 570nm wavelength, which is scientifically proven to maximize the attraction of whiteflies, aphids, and leafminers while minimizing the impact on beneficial insects. This calibration is consistent across every batch produced in our 10,000 sqm plant.

II. 180-Day UV Stability for Long-Term Monitoring

Greenhouse environments are harsh, with high UV radiation and fluctuating humidity. Our Visco-Lock adhesive is UV-stabilized to ensure it does not ‘skin over’ or dry out for up to 180 days. This long-term efficacy is critical for accurate monitoring and mass trapping programs. By using 100% virgin PP materials, we prevent the adhesive degradation often seen in traps made from recycled plastics. Our 25 high-precision lines ensure every trap has a consistent glue weight, providing reliable capture performance for professional growers.

III. Global B2B Partnering for Sustainable Agriculture

As a leading EPA Registered Establishment, Shandong Nongzhiwang is the preferred partner for organic farming cooperatives worldwide. We support our distributors with comprehensive technical data and environmental certifications. Our massive production capacity ensures that we can scale with your seasonal demands, delivering container-load quantities with industrial-grade reliability and trade-ready compliance.

Industrial Specifications

Industrial Specifications
Wavelength 570nm (Calibrated Peak Attraction)
Material 100% Virgin UV-Resistant PP
Compliance EPA Registered / REACH / RoHS
Format Double-Sided Adhesive with Release Paper