عنوان
رقم 1، طريق Yd، منطقة هويشان، مدينة ووشى، جيانغسو. 214183
ساعات العمل
من الإثنين إلى الجمعة: 9 صباحًا - 5 مساءً
السبت: 9 صباحًا - 4 مساءً
High strength steel roll forming is a specialized cold-bending process that shapes steel with yield strengths often exceeding 550 MPa. Unlike mild steel, HSS requires advanced PLC-controlled overbending, increased roll stands, and high-grade CR12 CNC-machined rollers to compensate for significant elastic springback and ensure dimensional accuracy within strict CAD/3D model tolerances.
Before the first roll touches the metal, our engineers conduct a deep material science assessment. For 2026.1 standards, we prioritize data-driven content, citing ASTM International standards and specific material grade data sheets to determine the exact pressure requirements for AHSS (Advanced High-Strength Steel)
High-strength materials exhibit significant elastic recovery. To counteract this, we implement أنظمة التحكم PLC with integrated overbend compensation logic. This ensures that the final product remains consistent from the first meter to the thousandth, accounting for material fatigue during the transition from raw coil to contoured sheet.
For تشكيل الفولاذ عالي القوة بالدرفلة applications, standard rollers fail. Our identity as an engineering powerhouse demands the use of high-grade CR12 steel rollers. These components are CNC-machined and vacuum-heat-treated to provide maximum dimensional stability and wear resistance against high-MPa materials.
Processing HSS requires a robust mill base to prevent frame deflection. We engineer heavy-duty solutions that maintain strict profile tolerances even when under the extreme mechanical force required to bend 550MPa+ steel.
To prevent surface cracking or “orange peel” effects in high-strength alloys, we increase the number of roll stands. By spreading the deformation over more stations, we reduce the stress per pass, ensuring the structural integrity of the profile.
Friction management is critical when working with HSS to prevent tool wear and material galling. Our machines can be equipped with automated lubrication systems that apply the exact volume required for high-pressure forming.
Every machine we build for تشكيل الفولاذ عالي القوة بالدرفلة undergoes a 72-hour continuous trial run before shipment. Crucially, we test using the client’s specific material coils to ensure the equipment handles the exact yield strength and thickness of their HSS supply.
To handle varying gauges of high-strength steel without extensive downtime, our engineers often recommend “cassette” systems. This allows for rapid changeovers while maintaining the precision alignment necessary for industrial-grade components.
Operational excellence in 2026 requires smart support. Most HSS forming issues are resolved via remote diagnostic assistance through the PLC interface, allowing our “Expert Consultants” to assist your team globally in real-time.
Yes. We specialize in high-precision machinery engineered for maximum durability, including heavy-duty lines designed for the specific torque requirements of UHSS.
We utilize incremental forming across additional roll stations and specialized lubrication to minimize material fatigue.
Yes. Believe Industry provides تشكيل الفولاذ عالي القوة بالدرفلة are typically CR12 steel, CNC-machined and vacuum-heat-treated for maximum stability.
Accuracy is maintained through advanced أنظمة التحكم PLC designed to account for material “springback” and elastic recovery.
Typical lead times range from 60 to 90 days, including design, fabrication, and our 72-hour testing phase.
Yes. We provide onsite installation, commissioning, and staff training to ensure seamless operational integration.
As the global manufacturing sector shifts toward lighter, more durable infrastructure, the ability to master High Strength Steel roll forming becomes a critical competitive advantage. Successfully processing materials with yield strengths exceeding 550 MPa is not merely a matter of force; it is a matter of engineering precision. By integrating PLC-controlled overbending, utilizing vacuum-heat-treated CR12 rollers, and committing to rigorous 72-hour trial runs, manufacturers can overcome the inherent challenges of springback and material fatigue.
في Believe Industry (Beli), we remain committed to being your Expert Consultant و Industrial Partner. Our 2026.1 roll forming solutions are specifically designed to transform these high-performance alloys into precision-engineered components with zero waste. Implementing the nine strategies outlined in this guide will ensure your production line achieves maximum durability and operational excellence in an increasingly demanding market.
Don’t let material springback or tooling wear stall your production. Partner with the engineers who specialize in 550MPa+ precision.
