STEEL X
Solar Panel Roof Mounts for All Roof Types
Reliable solutions for installing photovoltaic modules on pitched or flat roofs
We supply purpose-engineered Solar Panel Roof Mounts for All Roof Types, covering pitched designs—ceramic tile, corrugated metal sheet, standing-seam metal—and flat roofs such as terraces and industrial halls. Every support is built from corrosion-resistant aluminium and stainless steel, installs quickly with standard tools, and accepts any modern PV module. The modular, adaptable layout locks firmly into place without compromising roof integrity or waterproofing. Whatever the cladding or building geometry, our structures deliver long-term stability, optimum energy performance, and proven durability—making them the perfect choice for residential, commercial, and industrial projects alike.
Key Benefits
Flat Roof PV Panels
Optimised mounting systems for industrial halls, commercial buildings, apartment blocks, and urban terraces
Our solar panels on flat roof solution delivers a stable, non-penetrating structure that protects the waterproof membrane while maximising energy harvest. The modular frames assemble quickly—either ballasted or mechanically fixed according to project requirements—and accept every modern photovoltaic module. By allowing landscape or portrait layouts at latitude-specific tilt angles, the system achieves peak performance without imposing major structural changes, making it the perfect choice for urban and industrial rooftops seeking higher energy efficiency.
Flat-Roof East-West Ballasted Solar Panel Mounts
The high-yield, no-penetration solution for flat roofs
Our East-West ballasted mounting system is engineered specifically for flat roofs, delivering efficient solar installation without breaching the waterproof membrane. The layout supports eight landscape-oriented modules in just 16 m², providing rock-solid stability and well-balanced energy production throughout the day. Perfect for commercial, industrial, and residential buildings, the rack assembles quickly, resists harsh weather, and accepts any photovoltaic panel on the market—an ideal choice for maximising output on space-constrained rooftops.
Advantages
- Non-penetrating installation: the ballasted system fixes to the roof solely through distributed weight, so the waterproof membrane remains completely intact. Because no drilling, bolting, or chemical anchors are required, the roof keeps its warranty, and tenants are spared any invasive works. This makes it the optimal choice for buildings where mechanical fastening is forbidden, yet structural stability must still be guaranteed over the entire service life.
- East-West configuration for balanced production: by pointing one row of modules east and the opposing row west, the array captures early-morning and late-afternoon sunlight in equal measure, ensuring a steady energy yield from dawn till dusk. The flatter generation curve lowers midday export peaks, raises self-consumption ratios, and helps facility managers align PV output with typical daytime demand profiles.
- Highly efficient use of roof space: the racking geometry fits eight landscape-oriented modules into just 16 m² without inter-row shading, squeezing maximum wattage out of every square metre. This density is particularly valuable on rooftops with limited area, where the objective is to maximise kilowatt-hours per square metre without overloading the structure.
- Rapid, straightforward assembly: every component ships prefabricated, labelled, and palletised for easy handling. Crews need only standard hand tools to click the frames together, lay the modules, and place the ballast, eliminating specialised machinery, complex surveying, or lengthy roof preparation. As a result, installation time and labour costs drop markedly, and disruption to building operations is kept to a minimum.
- Long-term stability and durability in varied climates: the steel framework is hot-dip-galvanised—or optionally powder-coated—for superior corrosion resistance, while aerodynamic deflectors and calculated ballast loads keep the structure secure in high winds, heavy rain, and snow. Because nothing pierces the membrane, maintenance is largely limited to routine inspections, making the system a low-touch, long-lived solution for flat-roof solar deployment.
Flat-Roof South Ballasted Solar Panel Mounts
Aerodynamic structure for flat roofs, south-facing orientation, maximum efficiency—no membrane penetrations
The South-facing ballasted mounting system is engineered specifically for flat rooftops that require a secure, non-penetrating solution. Set at a fixed 15° tilt, each rack supports eight landscape-oriented modules within a compact 21 m² footprint, achieving an optimal balance between energy yield, roof protection, and structural stability. All ballast weight is distributed evenly across high-density pads, so the waterproof layer remains untouched and warranties stay intact. The low-profile, wind-tunnel-tested geometry minimises uplift forces, allowing a lighter dead-load than traditional ballast frames while maintaining safety margins in harsh weather. Prefabricated aluminium and stainless-steel components arrive palletised and clearly labelled, enabling crews to complete installation quickly with standard hand tools and without heavy machinery. Compatible with every mainstream photovoltaic module—framed or frameless, mono- or bifacial—the system delivers long-term performance and hassle-free maintenance for commercial, industrial, and residential flat-roof projects.
Advantages
- Non-penetrating roof installation: the array is secured exclusively by ballast, with no mechanical anchors, so the waterproof membrane remains fully intact and the risk of leaks is eliminated. This is the go-to solution for buildings where structural interventions are prohibited or warranties require a zero-penetration approach.
- South-facing orientation for maximum yield: modules face true south at an optimised 15° tilt, delivering high solar production from first light to late afternoon. The classic, proven layout ensures superior annual output under standard irradiation conditions without the complexity of tracking systems.
- Efficient roof footprint – 8 modules in 21 m²: the rack is engineered to host eight landscape-oriented panels within just 21 square metres, achieving strong power density and making the most of limited flat-roof real estate.
- Rapid, complication-free assembly: a modular, prefabricated design ships in lightweight sections that are easy to transport and handle. Crews complete installation with standard hand tools and no specialised equipment, cutting labour time and overall project cost.
- Aerodynamic structure with reduced dead-load: the low-profile, wind-optimised form minimises uplift forces, so less ballast is needed for stability. The system remains secure in high winds while keeping the roof’s structural load within safe limits—an ideal fit for weight-restricted decks.
Flat-Roof East-West Hybrid Solar Panel Mounts
A mixed anchoring system—ballasted or mechanically fixed—for ultimate flexibility on any flat-roof project
The mixed flat-roof system lets photovoltaic modules be installed in either an East-West or South orientation at a 10° tilt, landscape format. Depending on the roof’s structural limits, the array can be secured purely by ballast or through mechanical anchors, giving designers full freedom to balance load, wind code, and warranty requirements. Fabricated from high-grade, corrosion-protected steel, the framework delivers long-term stability, high energy output, and rapid installation—an ideal choice for commercial, industrial, and residential buildings that demand maximum adaptability from concept to execution.
Advantages
- Flexible installation – ballast or mechanical anchoring: the hybrid system offers two distinct fixing methods: ballasting, which leaves the waterproof membrane untouched, or mechanical fastening for roofs that require a firmly anchored structure. This dual approach broadens the range of projects and roof types it can serve, delivering the right balance between load distribution, warranty compliance, and structural safety.
- Dual orientation, East-West or South: depending on project goals, modules can be laid out East-West—spreading production evenly from sunrise to sunset—or due South for maximum yield under classic irradiance conditions. This adaptability lets designers fine-tune the array for self-consumption profiles, feed-in tariffs, or specific grid-integration requirements, guaranteeing optimal energy efficiency in any scenario.
- Optimised 10 ° tilt angle: the low-profile pitch strikes the ideal compromise between packing density and energy performance. Reduced height keeps the array aerodynamic, cutting wind uplift and mechanical stress, so stability is achieved without excessive ballast or heavy roof loading—an especially valuable feature on weight-restricted decks.
- Landscape layout for space efficiency: modules are mounted horizontally, enabling a tighter row spacing that uses roof real estate more effectively, simplifies cable management, and maintains a favourable ratio between surface area and total wattage installed.
- Robust build with high-performance anti-corrosion coating: fabricated from premium steel protected by an advanced corrosion-resistant finish, the framework stands up to harsh weather, industrial atmospheres, and coastal salt spray. The result is decades of reliable operation and minimal maintenance, even on exposed rooftops where durability is non-negotiable.
Pitched-Roof Solar Panel Mounts
Secure, long-lasting solutions for inclined roofs—maximum efficiency with zero compromise
Pitched-Roof Solar Panel Mounts are engineered for rapid, safe, and highly efficient installation on any roofing material, whether ceramic tile, corrugated sheet, standing-seam metal, or insulated sandwich panels. Fabricated from corrosion-resistant aluminium and stainless steel, the mounts accommodate every mainstream photovoltaic module and clamp firmly to the roof structure without breaching the waterproof layer or weakening the deck. Their low-profile design preserves the roof’s integrity, maintains full weather protection, and channels wind loads into the rafters exactly as building codes require. Ideal for residential, commercial, and industrial applications alike, these mounts deliver decades of service life and optimised energy yield in all climate zones—providing owners with a reliable, maintenance-light platform that turns any pitched roof into a high-performance solar generator.
Pitched-Roof Solar Panel Mounts for Ceramic Tile
Dedicated system for clay-tile roofs—secure, durable, and easy to install
This mounting solution is engineered specifically for pitched roofs clad with ceramic tiles, delivering a direct, rock-solid connection to the rafters beneath. All brackets are manufactured from high-grade aluminium and stainless steel, materials chosen for outstanding corrosion resistance and long-term structural strength. Adjustable hooks and rails adapt effortlessly to variable rafter spacing and the unique contours of the roof, enabling a swift, precise installation without cracking tiles or disturbing the waterproof layer. The framework accommodates photovoltaic modules in either portrait or landscape orientation, granting maximum design flexibility and optimal string layout. Ideal for residential projects where energy efficiency must coexist with intact roofing and lasting aesthetics, these mounts turn any clay-tile roof into a high-performance solar asset—without compromising its integrity or curb appeal.
Advantages
- Secure, direct rafter anchoring: the mounting hooks fasten straight to the load-bearing rafters, creating a structural bond that resists high wind and snow loads without cracking, shifting, or puncturing the clay tiles. Because the load path runs through the timber frame—not the roofing material—the system delivers long-term stability and preserves the roof’s mechanical integrity even in severe weather zones, all while eliminating the risk of membrane leaks or tile breakage.
- Premium, corrosion-resistant materials: every component is manufactured from anodised aluminium and marine-grade stainless steel, both chosen for their immunity to rust, salt spray, acid rain, and ultraviolet degradation. This material pairing guarantees decades of reliable service, minimal thermal expansion mismatch, and zero galvanic corrosion, so the array remains structurally sound and electrically grounded through countless freeze-thaw and heat-cycle seasons.
- Full compatibility with any photovoltaic module: the rail geometry and adjustable clamp set accept framed or frameless panels in portrait or landscape orientation, accommodating everything from legacy 60-cell formats to today’s large-format mono- and bifacial modules. This universality lets system designers optimise string voltage, inverter loading, and roof coverage without costly custom hardware or field modifications.
- Rapid installation with field adjustability: slotted brackets, height-adjustable hooks, and pre-marked rails allow installers to fine-tune attachment points to match real-world rafter spacing and tile overlap. The result is a fast, precise fit that slashes labour hours, avoids invasive carpentry, and keeps the project on schedule—particularly valuable when working under tight weather windows or retrofit constraints.
- No visual impact on the finished roof: once the hooks are secured, the original clay tiles slide back into place, concealing the mounting hardware beneath the existing roofline. The array sits low and parallel to the tile course, maintaining the building’s architectural character and curb appeal while quietly delivering high, shade-free solar output—an essential advantage for residences and heritage properties where aesthetics are as critical as energy efficiency.
Pitched-Roof Solar Panel Mounts for Asphalt-Shingle Roofs
A robust fastening system for asphalt-shingle roofs—flexible, secure, and compatible with any module
This mounting solution is purpose-engineered for inclined roofs clad with asphalt shingles, delivering a safe, high-performance platform for photovoltaic installation without compromising the roof envelope. All brackets and rails are manufactured from aviation-grade anodised aluminium and marine-grade stainless steel, materials selected for their outstanding resistance to corrosion, thermal cycling, and ultraviolet exposure. Rigid, height-adjustable hooks anchor directly into the rafters, allowing millimetre-accurate placement regardless of shingle thickness, course alignment, or rafter spacing. Portrait and landscape layouts are both supported, so designers can optimise string length, inverter loading, and roof coverage with complete freedom. Perfect for residential applications where energy efficiency must coexist with leak-proof roofing and lasting curb appeal, this system turns any asphalt-shingle surface into a long-lived solar asset—delivering reliable output decade after decade, even in the most demanding climates.
ADVANTAGES
- Secure installation on asphalt-shingle roofs: the mounting system fastens directly to the structural rafters without puncturing the bitumen layer, thereby preserving the roof’s waterproof integrity. By transferring wind and snow loads straight into the timber frame it delivers a rock-solid attachment that remains stable and leak-free for decades, even under severe weather conditions.
- Premium, corrosion-resistant materials: every hook, rail, and clamp is manufactured from heavy-gauge anodised aluminium paired with marine-grade stainless steel, a combination that resists rust, galvanic reaction, UV degradation, and thermal cycling. This high-spec metallurgy guarantees long-term structural stability, electrical grounding, and mechanical strength throughout the array’s entire service life.
- Full compatibility with all photovoltaic formats: universal rail geometry and adjustable clamp sets accept modules in portrait or landscape—framed, frameless, mono-, or bifacial—ranging from legacy 60-cell panels to today’s large-format 210 mm designs. Designers can optimise string length, inverter loading, and roof coverage without special adapters or custom hardware.
- Adjustable rafter anchoring for rapid installation: slotted base plates and height-adjustable hooks slide effortlessly to match real-world rafter spacing and shingle overlap, eliminating time-consuming templates. This field flexibility shortens rooftop labour, ensures precise alignment, and provides maximum pull-out resistance at every attachment point.
- Discreet, aesthetically cohesive system: once the hooks are secured, shingles are reseated over them so that only a low-profile rail remains visible beneath the module frame. The finished array maintains the roof’s original appearance and curb appeal while adding high-performance solar capability, all without inviting water ingress or visual clutter.
Pitched-Roof Solar Panel Mounts for Corrugated Metal Sheeting
A versatile system for metal roofs—rapid installation, high durability, broad module compatibility
The mounting system for inclined roofs clad with corrugated steel sheet is engineered to secure photovoltaic panels swiftly and safely while offering maximum flexibility across residential, commercial, and industrial applications. All brackets and rails are manufactured from premium structural steel coated with an advanced anti-corrosion finish, ensuring dependable performance in harsh weather and temperature extremes. Two standoff heights—60 mm and 120 mm—let installers optimise panel clearance for airflow, snow shedding, or existing rooftop equipment, while universal rail profiles accept modules in either portrait or landscape orientation, including modern glass-glass bifacial designs. Mounting rails are supplied in 405 mm and 579 mm lengths to match purlin spacing and minimise on-site cutting, and the system performs flawlessly on roof pitches from 5° to 55°, maintaining structural integrity and watertightness throughout its service life.
Advantages
- Adjustable installation on slopes from 5 ° to 55 °: the mounting kit works across an exceptionally wide range of roof pitches, making it equally suitable for private homes, metal-clad warehouses, and commercial buildings without any need to alter the existing roof structure. By covering such a broad angle envelope, the system allows designers to maintain optimal module orientation and structural integrity on virtually any corrugated-sheet roof.
- Structural-steel construction with advanced anti-corrosion coating: every bracket, rail, and clamp is formed from high-strength structural steel that has been hot-dip-galvanised and sealed with a high-performance protective finish. This multi-layer treatment shields the metal from rain, snow, UV, freeze-thaw cycling, and airborne salts, guaranteeing a long service life and safe operation even in harsh continental or coastal climates.
- Fast-track installation with pre-configured rails: mounting rails ship in standard 405 mm and 579 mm lengths that align with common purlin grids, simplifying layout, reducing on-site cutting, and eliminating measurement errors. The prefabricated geometry speeds up rooftop work dramatically, shortens crane time, and lowers total labour cost while delivering a consistently square, professional finish on corrugated steel decking.
- Fully compatible with glass-glass photovoltaic modules: the rail profile and clamp set are engineered to support the increased weight and edge sensitivity of modern glass-glass panels, securing them firmly without inducing point stress or micro-fractures. Installers can choose high-durability, high-efficiency modules with total confidence that the mounting hardware will meet warranty requirements.
- Two standoff heights for maximum versatility: the system is available with 60 mm and 120 mm standoffs, allowing installers to raise the array for better cable management, enhanced airflow, and improved snow clearance, or to keep it close to the roofline where wind loading or aesthetic considerations demand a lower profile.
- Portrait or landscape panel orientation: whether the electrical design calls for long strings or compact arrays, the supports accept modules mounted vertically or horizontally. This flexibility lets designers exploit roof area efficiently, avoid skylights or vents, and dial in the exact energy yield needed for optimum system performance without compromising structural or aesthetic goals.
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About Us
As a specialist producer of photovoltaic mounting systems, we supply durable, high-performance structures engineered for every project scenario— from architectural carports and roof-top arrays to utility-scale ground mounts and floating platforms. Our commitment to quality, precision manufacturing, and full-spectrum engineering support makes us the partner of choice for companies driving the transition to clean energy.
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