Create Material
Create Material
A Decade of Excellence in Global Steel & Renewable Energy Structural Solutions
Founded in 2010, Create (Tianjin) Material Co., Ltd. has emerged as a premier manufacturer and high-volume exporter of specialized steel products and solar support infrastructures. Over the past 15 years, we have strategically positioned ourselves as a cornerstone of the international industrial supply chain, combining technical manufacturing prowess with a sophisticated global logistics network.
In response to the global energy transition, we have integrated our deep metallurgical expertise with advanced mechanical design to engineer solar tracking and mounting systems. By controlling the entire value chain—from structural steel chemistry to precision fabrication—we provide solar developers, EPCs, and distributors with highly engineered structural systems that secure project lifespans exceeding 25 years.
Premium Carbon Steel, Hot-Rolled (HR) and Cold-Rolled (CR) Steel Coils and Sheets, engineered to serve as high-durability structural substrates.
High-durability PPGI (Pre-painted Galvanized Iron) and Galvanized Coils designed for maximum atmospheric corrosion resistance in severe environments.
A full suite of industrial profiles, including C-Type Channels, H-Type Beams, and non-penetrating solar brackets optimized for utility and commercial systems.
Driving Yield Optimization and Structural Reliability in Diverse Geographies
The global utility-scale and C&I solar sectors are undergoing a significant shift. Developers no longer evaluate solar power systems solely based on panel efficiency; instead, they focus on Levelized Cost of Energy (LCOE) and the long-term reliability of structural systems. As PV modules scale up to 700W+ with bifacial technology, structural integrity and mechanical tracking systems have become critical in determining actual energy yields.
In regions like North America, Europe, and Asia-Pacific, land constraints are driving installations onto complex terrains and industrial rooftops. These projects require advanced tracking and mounting solutions that maximize solar capture while tolerating harsh environments—such as high wind loads, corrosive coastal air, and heavy snow accumulations. Our engineering approach directly addresses these challenges through smart structural design.
Leveraging Tianjin's Industrial Infrastructure to Guarantee Global Delivery
Being based in Tianjin, the center of China’s advanced steel manufacturing cluster, allows us to source high-grade raw carbon steel and zinc alloys efficiently. This keeps raw material costs stable and guarantees consistent grade quality for all structural components.
Our factories operate automated roll-forming and CNC laser-cutting lines. This high precision reduces dimensional tolerances to <0.5mm, ensuring smooth assembly on site and minimizing structural wear on tracker bearing assemblies.
We offer advanced hot-dip galvanizing and Zinc-Aluminum-Magnesium (ZAM) coating options. ZAM coatings provide self-healing protection on cut edges, shielding the steel components in C4 and C5 corrosive environments.
Our logistics department works directly with Tianjin Port, one of North China's largest maritime shipping centers. This direct access simplifies customs processing, allows for container optimization, and secures flexible shipping schedules. These logistics advantages enable us to deliver solar structures to global ports within reliable timelines, helping clients avoid costly on-site delays.
Integrating AI Backtracking Algorithms with Robust Metallurgy
The next generation of solar tracking relies on smart astronomical backtracking algorithms. Unlike basic tracking systems that only follow the sun's path, our trackers adjust their tilt dynamically on overcast days to maximize diffuse light capture and prevent row-to-row shadowing on uneven terrain.
We are transitioning from standard hot-dip galvanizing to Zinc-Aluminum-Magnesium (ZAM) coated steel. The chemical composition of ZAM creates a dense protective layer over time, offering superior acid and alkaline resistance and extending structural lifetimes to 30+ years without maintenance.
Modern solar trackers must withstand dynamic wind hazards like torsional fluttering. Our solar tracking structures undergo wind tunnel testing to validate their stability. We design our single and dual-axis trackers with stow positions that engage automatically at high wind speeds to protect the modules.
To reduce mechanical wear on large solar arrays, we design structural systems with decentralized multi-point drives. This distributes wind loads evenly, preventing structural twisting and protecting solar cells from micro-cracking.
Customized Engineering for Extreme and Varied Environments
Designed for high-abrasion sand and dust environments. Features IP66-sealed drive units, sand-resistant bearings, and high clearance to minimize wind-blown dust accumulation.
Engineered to handle high snow loads. Includes an automated automated snow shedding mode, which tilts panels to a steep angle to prevent heavy snow accumulation.
Uses high-micron hot-dip galvanized finishes and ZAM coatings to resist salt-spray corrosion and protect structural steel connections near the coast.
Utilizes non-penetrating solar brackets and ballast mounts. This design secures solar arrays without damaging waterproofing membranes on industrial roofs.
Certifications and Engineering Standards to Meet Global Code Requirements
International compliance is vital for securing solar project approval and financing. Create (Tianjin) Material Co., Ltd. ensures all solar mounting and tracking structures are designed and manufactured to meet global structural codes, including ASCE 7-16 (USA), Eurocode 3 (Europe), and AS/NZS 1170 (Australia).
Our products hold recognized certifications, including CE, ISO 9001, and material traceability reports. For large projects, we collaborate with third-party testing agencies like SGS and TÜV Rheinland to verify chemical compositions, mechanical strength, and coating thickness, providing complete transparency and peace of mind.
Raw Materials Supporting Solar and Construction Projects Worldwide
To build a reliable solar mounting or tracking system, you need the right raw materials. Create (Tianjin) Material Co., Ltd. supplies a wide selection of steel alloys and products, ensuring your projects are constructed on a durable foundation. We utilize raw materials from the following categories to support construction and energy infrastructure projects worldwide:
Our high-quality carbon cold rolled sheets are built for precision forming, making them ideal for automotive parts, machinery casing, and solar tracker control cabinets.
Learn More →An economical, anti-corrosive, and visually clean solution for industrial walls and roofs. These sheets fit easily with our non-penetrating solar mounting brackets.
Learn More →These galvanized steel coils provide consistent zinc layers and regular spangles. They serve as reliable base metals for fabricating C-channels and Z-channels.
Learn More →Our high-tensile wire rods are suitable for wire drawing, mesh manufacturing, and concrete reinforcement tie wire in civil engineering projects.
Learn More →Available in sizes from 5.5mm to 6.5mm, these high-ductility rods are designed for industrial spring wire and fasteners, supporting heavy mechanical systems.
Learn More →Coated with an aluminum-zinc alloy, these coils offer excellent thermal reflection and corrosion resistance, suitable for agricultural and industrial environments.
Learn More →A zinc-coated steel sheet designed for roofing and structural profiles that require deep drawing, bending, and long-term weather resistance.
Learn More →Pre-painted galvanized and galvalume steel sheets and coils, available in multiple color options to protect industrial claddings and roofs from the elements.
Learn More →Single-axis solar trackers follow the sun from east to west, rotating on a single axis. They are ideal for mid-latitude regions and typically increase energy output by 15% to 25% compared to fixed-tilt mounts. Dual-axis trackers track the sun along two axes (azimuth and elevation), maximizing solar capture throughout the day and year. They can increase yield by 30% to 40%, making them highly suitable for high-latitude sites or projects with limited space.
Our engineering team designs mounting and tracking structures using Finite Element Analysis (FEA) to withstand site-specific conditions. For wind resistance, our trackers include automated stow modes that tilt panels to a aerodynamic angle during high winds. For snow loads, our structures feature reinforced structural tubing, and the tracker controllers can tilt the panels to shed snow and prevent buildup.
ZAM coatings offer superior corrosion protection compared to standard hot-dip galvanizing. The addition of aluminum and magnesium creates a stable, self-healing protective layer on cut edges and scratched surfaces. This self-healing property provides long-term resistance to rust and oxidation, making ZAM-coated steel ideal for harsh environments like coastal areas or industrial agricultural sites.
Our non-penetrating solar brackets use ballast weights or specialized standing seam clamps to secure the solar array without drilling holes. This design protects the roof's waterproofing membrane from leaks. We also include ethylene propylene diene monomer (EPDM) or rubber pads beneath the brackets to prevent vibration, friction, and galvanic corrosion between the roofing sheet and the aluminum or steel bracket.
Yes, all our structural steel, reinforcing bars (HRB335/400/500), and coated coils comply with international standards, including ASTM, DIN, EN, and GB. We provide Mill Test Certificates (MTC) and chemical analysis reports with every shipment to ensure full traceability and compliance with local construction regulations.
Typical production and dispatch lead times range from 20 to 45 days, depending on order volume and customization needs. Our proximity to Tianjin Port allows us to quickly arrange shipping and secure competitive freight rates, helping you keep your project on schedule.
There is nothing better than seeing the end result. Contact our engineering team today to receive structural catalogs, product samples, and a customized quotation for your project.
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