Engineered for high yield, consistency, and compliance with Eurasian structural requirements.
The Moscow metropolitan area, together with the broader Central Federal District of Russia, is undergoing an unprecedented wave of logistics facility expansion, residential light-steel suburban housing construction, and commercial modernization. This industrial momentum relies heavily on rapid building systems, structural frames, and lightweight metal profiles capable of withstanding extreme mechanical challenges.
According to the Russian building codes (specifically SP 20.13330.2016 - Loads and Actions), structures built in the Moscow region must be designed to carry significant snow loads of up to 2.4 kPa (240 kg/m²). This cold-climate factor mandates structural steel components (such as C/Z purlins, LGS framings, and metal decks) to exhibit precise gauge thickness, optimal bending angles, and uncompromised structural integrity. Cold roll forming machinery has become the core manufacturing engine behind this boom, offering local enterprises the capacity to manufacture high-yield panels and frameworks directly on-site or in regional centers.
Our solutions cater directly to this market reality by integrating high-precision cold rolling mills designed for variable materials, from standard carbon steel to high-strength galvanized steel sheets. We align our systems with local manufacturing specifications, providing the robust profiles demanded by Russian architects and engineering design bureaus.
Leading the development and manufacturing of next-generation cold metal-forming technologies with an international track record spanning two decades.
XC (Xiongchang) is an established global expert providing integrated cold roll forming systems. Our production equipment portfolio covers core machines for roofing, flooring decks, door framing, and structural LGS frames, along with high-precision auxiliary lines essential for streamlined operations.
For more than 20 years, XC has dedicated its engineering capacity to designing cold roll forming hardware that guarantees durability. By investing in heavy-duty automated production lines and advanced diagnostic units, we ensure that every machine leaving our floor provides consistent tolerances, preventing deformation under high material tension.
Our specialized engineering team delivers customized configurations to suit regional power supplies (e.g., 380V/50Hz/3P), specific raw material characteristics, and localized system control parameters. We maintain rigorous compliance protocols to provide seamless integration on your production floor.
Ensuring compliance with Eurasian Economic Union (EAEU) industrial regulations for trouble-free operation.
Every cold roll forming line exported to the Moscow market is structured to align with safety directives including TR CU 010/2011 (Machinery Safety) and TR CU 020/2011 (Electromagnetic Compatibility), securing fast EAC clearance.
To reduce learning curves, our PLC systems (Siemens, Delta, or Mitsubishi) are pre-loaded with comprehensive Russian-language operator screens, supporting clear diagnostics and quick calibration.
Designed for cold-climate workshops, we utilize specialized seals, low-temperature resistant lubricants, and electrical cabinets containing dedicated heat tracing systems to keep components running smooth.
Our manufacturing capacity is driven by automated processes. In our facilities, computerized machining centers fabricate solid steel roller stands, shaft systems, and profiling rollers to sub-micron accuracy. We primarily utilize premium tool steels like GCr15 or Cr12MoV, which undergo vacuum quenching and surface hard-chrome plating to achieve rockwell hardness levels up to HRC 58-62.
By using multi-stage profiling sequences designed by COPRA roll-forming software, we avoid localized metal thinning and micro-fracturing on profile corners. This is vital when processing coated or galvanized coils, protecting the integrity of the zinc layer to prevent premature oxidation in humid climates.
| Machine System Component | Standard Specification (High Capacity) | Heavy Duty Custom Options |
|---|---|---|
| Compatible Strip Materials | GI, PPGI, Carbon Steel, Cold Rolled Steel | High-Tensile Structural Steel (Q355, G550) |
| Material Thickness Capability | 0.3 mm – 2.0 mm | Up to 4.5 mm (Heavy Purlin / Floor Deck) |
| Roll Forming Station Speed | 12 – 20 meters/minute (Standard) | 30 – 50 meters/minute (High-Speed Servo Fly Cut) |
| Profiling Station Structure | Cast Iron Torii Stands / Wallboard Design | Individual Solid Steel Arch Frames |
| Shearing Action | Hydraulic Post-Cut / Stop-to-Cut | Servo-Driven Flying Non-Stop Shear |
| PLC Architecture | Delta/Siemens Russian HMI | Industry 4.0 IoT Cloud Connected System |
The manufacturing alliance between Chinese technical factories and Russian end-users provides key business advantages. By sourcing cold roll forming mills from XC, Moscow enterprises leverage China's advanced industrial supply chain, competitive material procurement, and manufacturing velocity, while matching local engineering codes.
We handle the logistical chain via established rail and maritime routes, reducing transportation timelines and assisting with customs clearance. Our technical specialists provide comprehensive pre-shipment tests. By running client-supplied metal coils through the systems under factory conditions, we verify profile tolerances, speed parameters, and control diagnostics before shipping to the site.
This systematic verification helps minimize commissioning delays, allowing localized crews to assemble the production lines and launch operations quickly.
Our commitment begins during the engineering phase and continues through decades of active line service.
XC has built a Quality Assurance system backed by modern testing instruments. We perform coordinate-measuring machine (CMM) analysis of rollers, ultrasonic testing of solid steel shafts to detect interior cracks, and thermal scanning of drive gearboxes during extended trial runs.
These tests check for material stress concentration zones and ensure thermal stability under continuous heavy loads. By standardizing component manufacturing, we make replacement wear parts easy to access, keeping your line running with minimal downtime.
We provide full-service support covering installation, calibration, and PLC programming. For customers in the Moscow region, we offer remote diagnostics via secure industrial VPN connections, enabling our engineers to address software issues directly.
We also provide comprehensive on-site training for localized operation teams. This covers routine maintenance, hydraulic oil filtration schedules, sensor calibration, and safe operation protocols to preserve the machine's lifespan.
Our systems supply high-precision profiles for primary industrial, logistics, and residential applications in the region.
Providing heavy C/Z purlins and composite floor decking profiles to build regional supply chain complexes and high-bay distribution centers around the Central Ring Road (A-113).
High-capacity Light Gauge Steel (LGS) framing systems outputting self-locating stud and track configurations. These profiles speed up home construction and provide excellent thermal efficiency.
Producing weather-resistant mechanical and snap-lock standing seam roofing panels. The resulting leak-proof seams are designed to protect buildings against freezing meltwater and heavy snowpack.
A comprehensive range of cold-formed manufacturing lines built for structural integrity and high performance.
Adapting smart technologies, material conservation methods, and high-speed integration.
The transition toward Industry 4.0 requires production lines to communicate performance metrics in real-time. Modern XC lines integrate smart sensor arrays to monitor hydraulic fluid temperatures, cutting pressures, and roller shaft vibration. This data allows operators to perform predictive maintenance before component failures interrupt production.
Additionally, servo-driven roll forming units now support automatic profile adjustments. When changing product dimensions, operators can adjust purlin width and flange height via screen settings, avoiding manual spacer changes and reducing transition downtime to under two minutes.
Clear, direct answers regarding cold roll forming equipment, procurement, and operations in northern climates.
We configure the machines with low-temperature rated seal rings and specialized hydraulic fluids to prevent viscosity issues during seasonal temperature swings. For unheated workshops, we can equip the main electrical enclosure with thermal units to protect electronic boards from condensation.
Our equipment complies with Eurasian Economic Union regulations and can be supplied with the EAC certificate of conformity, meeting the technical standards of TR CU 010/2011 (safety of machinery and equipment) and TR CU 020/2011 (electromagnetic compatibility of technical means).
Yes, our structural purlin roll forming lines are designed to form high-strength steel up to Q355 or G550 yield strengths, with maximum material thicknesses up to 4.5mm. We configure appropriate roller stations, heavier gearboxes, and solid steel frames to process these high-resistance materials reliably.
Standard configurations generally require 45 to 60 days for production and factory testing. Complex, fully automated lines with high-speed flying shears or smart IoT integrations may take 75 to 90 days. We provide regular progress reports throughout the manufacturing schedule.
Yes, we offer on-site support where our technicians oversee mechanical alignment, connect wiring, program local settings, and train your staff. We also provide remote diagnostics to help troubleshoot software settings quickly if needed.
Xiongchang