Create Material
Create Material
Industrial grade structural elements engineered to withstand high torsional wind loads in structural solar mounting and tracking frames.
In modern photovoltaic power plant design, achieving the lowest Levelized Cost of Energy (LCOE) is paramount. Fixed-tilt racking systems, while historically popular due to lower upfront capital expenditure, limit the maximum generation window. Single-axis solar tracking systems dynamically adjust the angle of PV arrays along a single axis to follow the sun's trajectory, optimizing the angle of incidence throughout the day.
This technological shift yields an energy production boost of 15% to 25% compared to static assemblies. However, dynamic tracking introduces structural vulnerabilities. The system must bear extreme dynamic wind effects, torsional stresses, and localized geological irregularities while maintaining micro-meter tracking accuracy over a 25-year lifespan. This is where high-quality metallurgical fabrication merges with intelligent drive controls.
Founded in 2010, Create (Tianjin) Material Co., Ltd. has developed into a leading manufacturer and high-volume exporter of specialized steel products. Over the past 15 years, we have positioned ourselves as a cornerstone of the international steel and solar structural supply chain.
By combining technical manufacturing capabilities with a sophisticated global logistics network, we supply structural components to EPC projects worldwide. Our core operational philosophy centers on a strict quality-first framework. Whether delivering custom-rolled profiles, pre-galvanized framing rails, or complete single-axis tracking frames, every shipment undergoes testing to guarantee site suitability and long-term durability.
Engineered to meet the requirements of modern utility solar tracking, heavy infrastructure, and automotive manufacturing.
Premium Carbon Steel, Hot-Rolled (HR) and Cold-Rolled (CR) Steel Coils and Sheets processed to exact tolerances for stamping, cutting, and roll forming.
High-durability PPGI (Pre-painted Galvanized Iron), hot-dip galvanized coatings, and zinc-aluminum-magnesium coatings designed for maximum corrosion resistance in challenging environments.
A full suite of industrial profiles, including specialized C-channels, custom Sigma rails, torque tubes, angles, flat bars, and H-beams tailored for utility-scale racking assemblies.
Integrating mechanical precision with robust structural engineering to maximize power yield across varied terrain and wind conditions.
Dual-axis tracking with real-time astronomical algorithms for maximum energy generation yield.
Robust mechanical structure engineered for reliable multi-angle solar module positioning.
Lightweight, high-strength aluminum alloy structural design for corrosive coastal installations.
Engineered with articulation points to adapt to complex topography, minimizing site grading costs.
Slew-drive design built for heavy structural loads and high-capacity double-glass modules.
Optimized structural profile layout designed to reduce metal utilization while maintaining stability.
Prefabricated modular system for quick on-site assembly and commercial vehicle coverage.
High-yield strength structural elements designed for heavy snow conditions.
The competitive nature of the solar tracker manufacturing landscape requires structural efficiency and cost optimization. By manufacturing out of Tianjin's industrial corridor, Create (Tianjin) Material Co., Ltd. leverages a highly integrated logistics ecosystem:
For Tier-1 EPC developers and asset managers, sourcing structural steel components requires careful validation. The decision-making process spans beyond pricing to risk mitigation:
| Specification Parameter | Standard Single-Axis Tracking Value | Heavy-Duty Dual-Axis / Specialized Value | Steel Grade / Material Selection |
|---|---|---|---|
| Tracking Range (Degree) | -60° to +60° | -120° to +120° (Azimuth) | - |
| Standard Coating Type | HDG (ISO 1461) / Z-A-M | Z-A-M (Zinc-Aluminum-Magnesium) | SGCC, DX51D, S350GD |
| Operational Wind Load | Up to 120 km/h | Up to 150 km/h | Q235B, Q355B (High Tensile) |
| Drive Mechanism Type | Rotary Slew Drive / Linear Actuator | Slew Gear Drive System | Cast Iron Housings / CNC Alloy Steel |
Our structures and systems are deployed across various operating environments globally.
Essential guidance on selecting materials, ensuring durability, and optimizing single-axis tracking systems.
Single-axis solar tracking dynamically matches the sun's trajectory throughout the day, increasing overall power generation yield by up to 25% relative to fixed structures. This improvement lowers the Levelized Cost of Energy (LCOE), making it the standard choice for utility-scale solar projects.
High-yield strength structural carbon steels like Q355B and S350GD are preferred for load-bearing members like the central torque tube and ground piles. They provide the necessary bending and torsional strength to withstand dynamic wind actions, avoiding material deformation under heavy wind loads.
For C4 and C5 corrosive environments, hot-dip galvanized steel (HDG) with coating thicknesses matching ISO 1461 is recommended. Alternatively, Zinc-Aluminum-Magnesium (Z-A-M) coatings offer enhanced corrosion protection by forming an active protective barrier layer, which increases the lifespan of steel components in salt mist environments.
No. Terrain-adaptable trackers utilize segmented mechanical joints that follow natural site slopes up to 10% to 15% gradients. This minimizes the civil engineering, cut-and-fill operations, and grading required prior to mechanical assembly.
Industrial materials manufactured to rigorous tolerances, designed for roll forming, construction framing, and industrial integration.
Discuss your tracking load specifications, terrain grading limits, and anti-corrosion profiles. Request structural engineering validation reports, site assessment questionnaires, and standard product sample albums.