For paint, coating, or electronics masking, a cleaner finish starts with a tape that stays positioned during the process and can then be removed under controlled conditions. Lixing masking tape combines a crepe-paper backing with a rubber-based pressure-sensitive adhesive; the official product page lists adhesion, temperature resistance, and residue-free removal among its characteristics. A representative trial that fixes the surface, temperature, dwell time, and peel method brings process holding and clean removal into the same selection decision.

Crepe paper follows contours for better edge contact

On component edges, corners, and gentle curves, a conformable paper backing can help maintain the masking line. The Lixing masking tape product page identifies crepe paper as the backing and describes conformability and resistance to edge lifting as application characteristics.

Holding during processing without treating higher adhesion as the only answer

The tape must remain in place during processing, but clean removal does not mean maximizing peel force without limit. The official specifications list holding power of at least 24 h and 180-degree peel strength above 8 N/25 mm. These are product-page test conditions, not a promise of identical behavior on every surface.

A stated thermal condition makes qualification more representative

When masking passes through heat, qualifying temperature and dwell time together is more useful than relying on a general high-temperature label. The official page lists 100°C for 40 min and applications including paint masking, coating protection, electronics-process fixing, and general industrial masking. Actual substrate, thermal profile, cooling period, and post-process peeling still require a representative trial.

Peel-energy model: include the angle in clean-removal decisions

For quasi-static steady peeling, G = (P / b) × (1 - cos θ), where G is apparent energy per newly created interface area in J/m² (equivalent to N/m), P is steady peel force in N, b is tape width in m, and θ is peel angle. A peer-reviewed study of pressure-sensitive tape peel tests discusses the effects of angle, velocity, and tape thickness. The expression neglects peel-arm stretching and bending; pressure-sensitive adhesive viscoelasticity, temperature, rate, humidity, surface energy, and contamination can all change the result, so it is not a residue-free performance guarantee for this product.

Reproduce the actual process before release

Before production use, test the actual substrate and surface preparation while reproducing application pressure, process temperature, dwell time, cooling period, peel angle, and peel rate; then inspect edge condition, paper tearing, and residue. To discuss width, quantity, and delivery against the real process, review the masking tape specifications and applications and provide the working conditions.

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