Washi Masking Tape is a premium indoor-grade masking solution designed for interior wall painting, furniture spraying, and architectural renovation. Manufactured with flexible washi paper backing and eco-friendly water-based adhesive, this tape delivers stable long-hour adhesion, clean residue-free removal, precise edge sealing, and reliable environmental resistance.

All physical properties are lab-tested following enterprise standard Q/QSZS 1-2014, ensuring consistent and verifiable performance for B2B contractors, decoration workshops, and furniture manufacturing factories.

With a holding power of no less than 8 hours under 0.5kg load, the 8012 washi masking tape maintains tight edge fitting during full-day continuous spraying operations. It effectively avoids edge lifting, debonding and paint mist penetration, ensuring sharp and clean paint separation lines for high-standard interior finishing.

The standardized 2.5-4.5 N/inch 180° peel strength delivers moderate and stable adhesion. It firmly adheres to substrates during construction to prevent leakage, while enabling clean removal without tearing paint layers or leaving adhesive residue.

Featuring 30-day UV resistance and 100°C one-hour short-term heat resistance, the tape adapts to indoor thermal spraying, heat curing and medium-cycle renovation projects. The stable 3%-5% elongation rate and 105±10 μm integral thickness prevent deformation and warpage, maintaining consistent masking accuracy.

Apply the tape on clean, dry and dust-free substrates for optimal fitting effect. This product is designed for indoor use only. Avoid application in environments with nitro-based solvents to prevent adhesive performance attenuation.

For storage, keep the tape in cool, dry and ventilated conditions, away from direct strong light and extreme temperatures to retain complete physical performance within the 12-month shelf life.

This washi masking tape is not applicable for long-term outdoor exposure, ultra-high temperature working conditions, and scenarios involving nitro-based solvents. All technical data is based on standard laboratory testing, and actual performance depends on on-site construction environments and operating specifications.