RackFort™

Product Overview

HOOGO's  Solar Panels incorporate TOPCON mono-crystalline cell technology and a reinforced structural design to deliver high energy output and superior environmental durability.

Performance Features

High-Efficiency TOPCON Cells: Optimized light capture and conversion efficiency for maximum energy yield

Structural Reinforcement: Enhanced frame design and mechanical strength for superior wind and snow load resistance

Recommended Applications

Commercial and utility-scale solar installations

Severe weather climate regions

Projects requiring certified fire and impact ratings

Applications demanding long-term reliability and consistent performance

Product Overview

The HOOGO UHP PV FIX System is a precision-engineered, railless solar mounting solution specifically designed for standing seam metal roofs. The system consists of three precision components:

HGFM-PV-C - Aluminum alloy standing seam clamp

HGFM-PV-P - Stainless steel positioning tray

HGFM-PV-E/M - Aluminum alloy retention component

Designed for extreme weather resilience and rapid installation, it sets a new standard for rooftop PV mounting in high-wind regions.

Technical Advantages

Optimized Load Distribution: Extended retention components reduce stress concentration on module frames under high wind conditions

Integrated Grounding System: The serrated stainless steel tray penetrates the anodized layer of aluminum frames, ensuring continuous electrical grounding without additional parts.

Leak-Free Roof Attachment: Dual rounded bolts secure tightly into standing seams without penetrating the roof, providing superior load capacity while fully maintaining waterproof integrity.

Four-Point Mounting per Module: Only four contact points are required to secure each module, offering exceptional resistance against typhoon and hurricane-force winds.

Application Scenarios

Ideal for standing seam metal roofs in hurricane-prone and coastal regions where safety, speed, and roof integrity are critical.

Key Advantages

Exceptional Load-Bearing Capacity: Designed to withstand extreme seismic forces, offering some of the highest load ratings available in the market.

Comprehensive Pipe Size Coverage: Compatible with pipe diameters from DN25 to DN300, providing versatile application across all major pipeline systems.

Full Angular Adaptability: Supports installation angles from 30° to 90°, enabling flexible and precise system design in complex environments.

Automated Design Software: Streamline your project planning with our proprietary software, reducing design time and ensuring code-compliant configurations.

Certified Seismic Anchor: 

Validated through seismic testing for use in FM Approved bracing systems.

Cracked Concrete Application: 

Approved for anchoring into cracked concrete substrates.

Secure Concrete Connection:

Ensures reliable load transfer between FM connectors and concrete structures.

Engineered For Structural Safety: 

Designed for safety-critical seismic anchoring applications.

System-Matched Performance: 

Optimized for use with FM Connector to ensure overall system reliability.

Detailed Description: 

Specifically designed for attaching seismic braces to structural steel, the FM Beam Clamp complements the FM Connector system. Featuring the same reliable breakaway bolt technology and forged construction, it ensures consistent performance across all connection points.

Key Features:

Compatible with FM Connector for system integration

Complete angular adjustment capability

 confirmation system

Forged high-strength construction

Applications:

Steel structure-to-brace connections in seismic applications

High Load Bearing Capacity: 

Engineered to provide strong and reliable anchorage across a wide range of concrete and masonry substrates.

Verified Testing Performance: 

Supported by mechanical tests, fire resistance testing and anti-corrosion performance reports.

Enhanced Corrosion Protection: 

Hot-dip zinc coating ≥45μm or electrogalvanized ≥5μm for extended service life in harsh environments.

System-Compatible Design: 

Suitable for integration with seismic bracing, pipe support and structural fixing systems.

Stable Supply And Technical Support: 

Consistent quality control and technical documentation support for engineering projects.

STC: Irradiance 1000W/m², Cell Temperature 25°C, AirMass 1.5

NOCT: Irradiance 800W/m², Ambient Temperature 20°C, Air Mass1.5, Wind Speed 1m/s

*Measurement tolerance: ±3%  *Power binning up to: +3%

Detailed Description: 

The FM Connector serves as the critical link between seismic braces and concrete structures. Engineered with a patented breakaway bolt system that provides clear visual confirmation of proper installation, this forged component delivers exceptional strength and adaptability.

Key Features:

Flexible angular adjustment for optimal force transmission

Visual installation confirmation via breakaway bolt design

Forged construction for superior material strength

Patented design achieving highest load capacity ratings

Applications:

Concrete-to-brace connections in seismic bracing systems

Reliable Undercut Load Mechanism:

Self-expanding sleeve at the anchor bottom forms a mechanical key bearing structure, delivering stable load transfer and high anchoring reliability.

Suitable For Cracked Concrete:

Designed for use in C20 and above concrete, including cracked concrete conditions, ensuring dependable performance in complex substrates.

Certified Seismic Performance:

Passed JG/T 160 seismic S-class type inspection, supporting anchoring applications with seismic resistance requirements.

Multiple Safety Test Reports:

Backed by mechanical, cracked concrete, seismic, and fire resistance test reports, improving engineering acceptance and approval efficiency.

Engineered For Structural Fixing:

Widely used in steel structures, curtain walls, pipe supports, and equipment anchoring where safety margins are critical.

Full Pipe Diameter Coverage: 

Suitable for DN25–DN300 pipelines, supporting complete seismic bracing solutions.

Uniform Load Distribution: 

Optimized ring structure ensures stable restraint in both lateral and longitudinal directions.

Seismic Restraint Performance: 

Designed to maintain pipe position during seismic movement.

Electro-Galvanized Surface:

Provides corrosion resistance for long-term indoor and semi-exposed applications.

Fire Protection Pipeline Ready:

Ideal for sprinkler and MEP pipeline seismic restraint systems.

*Take HG440M10-108D4 as an example.

Structural Bracing Member: 

Functions as diagonal brace components within seismic bracing systems.

High Strength Steel Material: 

Manufactured to meet international mechanical performance standards.

Corrosion-Resistant Finish: 

Galvanized surface improves durability and service life.

Stable Load Transmission: 

Provides reliable force transfer between connection points.

Seismic System Compatibility: 

Designed specifically for use in seismic sway bracing assemblies.

High Seismic Performance:

Passed JG/T 160 seismic S-class inspection, delivering stable anchoring performance for applications with seismic design requirements.

Wide Substrate Compatibility:

Suitable for cracked and uncracked concrete, hollow bricks, solid bricks, grout-filled blocks and lightweight aggregate concrete.

Reliable Self-Drilling Mechanism:

Self-drilling anchoring principle ensures consistent locking force without relying on torque-controlled expansion.

Durable Material Options:

Available in 10.9s carbon steel or 410 stainless steel, with galvanized surface treatments for long-term corrosion resistance.

Safety-Critical Applications:

Designed for steel structures, curtain walls, pipe supports, equipment fixing and reinforcement projects. Ideal for MEP supports, curtain wall systems, equipment bases and seismic reinforcement applications.

Structural Seismic Performance:

Designed for safety-relevant heavy-duty fixings under seismic, shock and fatigue loads, suitable for both cracked and uncracked concrete conditions.

Mechanical Undercut Interlock:

Self-undercutting mechanism creates a positive mechanical interlock, delivering load performance comparable to cast-in-place headed studs.

Low Expansion Force Design:

Minimal expansion pressure allows small edge distances and close spacing, reducing concrete stress and improving design flexibility.

Reliable Under Dynamic Loads:

Keying effect ensures secure anchorage even under repeated dynamic actions, vibration and impact loading.

Critical Infrastructure Use:

Applicable to nuclear facilities, power plants and other high-risk structures requiring verified anchoring reliability.

Efficient Installation:

Enables instant loading without separate undercutting tools; features an integrated setting mark for quick visual verification.

High-Strength & Removable:

Built from Grade 8.8 steel with various corrosion finishes; fully removable to support temporary fixings and future adjustments.

Superior Mechanical Grip & Stability:

Features a barbed triangular cone combined with an irregular bump clip and anti-slip ring texture, creating multiple force points that ensure a rock-solid hold—even under vibration or dynamic loads.

Advanced Corrosion & Material Protection:

Built to endure harsh environments with hot-dip galvanized coating exceeding 45 microns, alongside multiple surface treatment options including high-grade carbon steel or A2 stainless steel for weatherproof reliability and a clean, oxidation-resistant finish.

Optimized Installation & Torque Control:

Designed for efficiency with a reduced tightening distance and a streamlined expansion process that requires less manual torque, enabling faster, more effortless anchoring—ideal for high-volume jobsite deployment.

Heavy-Duty Load Capacity & Safety:

Precision right-angle flange and extended clip length maximize contact with the base material for superior load distribution, making it suitable for demanding applications such as elevator rails, curtain walls, industrial equipment, and stadium seating.

Universal Concrete Compatibility:

Engineered for use with C20 and above concrete grades, meeting diverse international building standards and ensuring dependable performance across a wide range of structural anchoring tasks.

Versatile Application Coverage:

From pipe supports and hangers to infrastructure and heavy industrial installations, this anchor delivers a dependable, high-performance solution that balances technical excellence with practical construction value.

The above values are applicable to concrete strength class C25

Reliable Undercut Load Mechanism:

Self-expanding sleeve at the anchor bottom forms a mechanical key bearing structure, delivering stable load transfer and high anchoring reliability.

Suitable For Cracked Concrete:

Designed for use in C20 and above concrete, including cracked concrete conditions, ensuring dependable performance in complex substrates.

Certified Seismic Performance:

Passed JG/T 160 seismic S-class type inspection, supporting anchoring applications with seismic resistance requirements.

Multiple Safety Test Reports:

Backed by mechanical, cracked concrete, seismic, and fire resistance test reports, improving engineering acceptance and approval efficiency.

Engineered For Structural Fixing:

Widely used in steel structures, curtain walls, pipe supports, and equipment anchoring where safety margins are critical.

Engineering-Oriented Supply Support:

Provided with complete technical data and test documentation to support design review, bidding, and project delivery.

The above values are applicable to concrete strength class C30

Extreme Load & Seismic Performance:

Designed for heavy static, dynamic, fatigue, and impact loads, ensuring reliable anchorage in safety-critical structures. Suitable for seismic classes C1 and C2, meeting strict seismic and structural requirements.

Cracked Concrete Reliability & High Shear Capacity:

Optimized expansion piece design delivers stable, predictable performance in cracked concrete and diamond-drilled holes. High-strength shear sleeves and expansion cones provide excellent shear resistance under extreme loading conditions.

High-Strength Material & Durable Corrosion Protection:

Manufactured from Grade 8.8 steel in accordance with ISO 898-1 for dependable mechanical performance. A galvanized coating of ≥5 μm enhances durability and service life in demanding environments.

Critical Infrastructure & Broad Industry Coverage:

Widely used in nuclear power stations, power plants, tunnels, stadiums, and heavy industrial facilities. Also suitable for telecommunications, infrastructure, heavy industry, and roof structure applications.

Extensive Testing & Stable Quality Supply:

Designed for applications requiring comprehensive test reports and verified load performance. Consistent manufacturing control supports large-scale engineering and repeat project demands.

Efficient On-Site Installation:

Compatible with manual or cordless adhesive dispensers, enabling fast injection, reduced material waste, and improved installation productivity.

Wide Construction Applications:

Designed for use in vertical, horizontal, and overhead anchoring, suitable for rebar anchoring, curtain wall brackets, steel-to-concrete connections, equipment foundations, and structural reinforcement projects.

Reliable Material Performance:

Epoxy adhesive provides resistance to corrosion, chemicals, vibration, and fire exposure, maintaining anchoring reliability over long-term service. Supports carbon steel and stainless steel threaded rods, allowing adaptation to different environments and engineering requirements.

Stable Manufacturing Supply:

Factory-controlled production ensures consistent quality, stable lead times, and reliable delivery for contractors and project-based purchasing.

OEM And Project Support:

OEM and ODM services available, with complete anchoring system supply and technical documentation to support project planning and execution.