Through in-depth communication with customers about industry characteristics (such as processed fiber length, slurry viscosity, etc.), combined with CAD/CAM software to simulate screen fluid mechanics, we design exclusive screen hole arrangement and screen plate curvature solutions for papermaking, food, environmental protection and other fields to ensure maximum filtration efficiency.

Strictly select 304/316L stainless steel or corrosion-resistant alloy, use laser cutting or water jet technology to cut materials, ensure that the plate is burr-free and deformation-free, provide high-precision substrate for subsequent drilling and welding, and extend the service life of the screen.

Use CNC drilling technology to achieve 0.2mm micro-hole processing, support complex hole type (such as long strip, trapezoidal) customization; complete screen plate splicing through automated welding robots to ensure uniform sealing of welds and avoid the risk of slurry leakage.

Electrolytic polishing or spraying of Teflon/tungsten carbide coating on the sieve plate to improve wear resistance and anti-clogging capabilities; use laser detectors to screen hole spacing errors to ensure that the accuracy meets ISO international standards and adapts to high-pressure working conditions.

Simulate the real production environment (such as high temperature and high viscosity slurry) in the laboratory, optimize the sieve opening rate and filtration speed through pressure testing; adjust the design parameters according to data feedback to form a closed-loop R&D system of "design-verification-iteration".

Use vacuum aluminum foil packaging + anti-rust oil coating to ensure moisture and corrosion resistance during long-distance transportation; provide multi-language installation guide manuals, equipped with global spare parts warehouses, support 7×24 hours remote technical support and regular maintenance reminders.