Stainless Steel
Bright annealed, precision and high-strength grades THE CHALLENGESurface defects, work hardening and edge wave control under high reduction.
THE JINYE FIXOptimized 20-high roll cluster, AGC feedback and AFC shape compensation.
Engineered for Stainless Steel, Titanium, Silicon Steel & Ultra-Thin Precision Strip
From compact 650 mills to 1050 wide-strip lines, each platform is configured around material grade, reduction schedule, surface requirement and automation depth.
The engineering scope covers reversing mills, continuous rolling lines, AGC and AFC control systems, hydraulic capsules, roll stack optimization and full electrical integration for high-value metal strip.
Standardized core architecture keeps delivery controlled, while process modules are adapted for stainless steel, silicon steel, titanium alloy, copper alloy, nickel alloy and ultra-thin foil.
High-end strip production requires controlled deformation, stable tension and repeatable surface quality. Each solution is mapped to the customer's material route and downstream use case.
Surface defects, work hardening and edge wave control under high reduction.
THE JINYE FIXOptimized 20-high roll cluster, AGC feedback and AFC shape compensation.
Magnetic performance depends on thickness consistency and flatness uniformity.
THE JINYE FIXLow-vibration drive, precise tension control and digital rolling recipe management.
Narrow process window and high rolling force sensitivity.
THE JINYE FIXRigid mill stand design, thermal process coordination and high-stability transmission.
Fine gauge control, crown control and clean surface handling at thin thickness.
THE JINYE FIXSmart monitoring, precision roll system and AI-assisted parameter optimization.
The platform integrates mechanical rigidity, hydraulic response, digital automation and process intelligence into one controlled rolling environment.
High-response hydraulic capsules, precision sensors and rolling force compensation maintain stable strip thickness through acceleration, steady rolling and tail-out.
Roll bending, shifting strategy and model-based correction help manage edge wave, center buckle and crown deviation on high-strength materials.
Rolling data, pass schedule, tension behavior and quality feedback are used to refine process settings for stable production.
Rigid frame structure, balanced transmission and precision assembly reduce vibration marks and improve surface consistency.
Projects are delivered with process consulting, mill configuration, electrical integration, commissioning support and operator training for international customers.
Reference installations cover precision strip producers across Asia, Europe, the Middle East and emerging high-value manufacturing markets.
Share your material grade, strip width, incoming thickness, finished gauge, speed target and automation expectations. The engineering team will prepare a focused technical response for your project.
WhatsApp, email inquiry and technical proposal support are available for international projects.