The nano mask templa₩ te inherits the advantages of✔©$& high precision and short processing c‌÷ycle of laser template₩'‌s. Through nanotechnology, some naγ★no rare metals are ad♠φ‌ded to the surface, and the metal st€✘ructure is changed to achiπ¶αeve good bonding, greatly imp★"☆≈roving the hardness of the steel mesh<σ. The rare metals hav♥₩e a repulsive effect on theβ‌‍• flux in the solder paste,≤©∏​ thereby greatly reduci"φ↕↓ng the number of screen washes, improvi♠ ₩↔ng production efficien<&cy and printing quality.

Advantages of Nano ste"Ωβ♠ncil：

1) Nanotechnology treatment on ≥♦the surface of the laser ma$π≠sk inherits the advantages of hig ♦h precision in opening ± size and position of ¶∑"the laser mask;

2) Through nanotechn€×ology processing, the physic≤₩al crystal structure of the m™ £®aterial undergoes a transformation, res‌★∏ulting in a significant♠σ& increase in strength, €πε​hardness, and toughness, and a grea≥®≈tly extended service life;

3) The back surface ★≠treated with nanotechnology forms a &quσ≠ot;superhydrophobic surface", whε$​∞ich enables the back of♥✔ the mask to have self-cleaning fun€$ction, greatly reducing t♦α↑he wiping frequency of tεβ​←he mask and improving ©&®production capacity;

4) Reduce the defect ra€§te (greatly reduce low ti<∞n, tin balls, bridge con≥₹nections, etc.)

5) Improve the pass rate o≤α♠nce

6) Reduce costs

The nano technology micro←∞® ion high-precision maskα™> template truly confo✔↓rms to the national industrial p♦•&​olicy of low energy consumption, high e₩™fficiency, and green environ"★ mental protection, meeting the i¶∞→♣ndustry's high, precision,λ>> and fine development direction.