commercial-gate-systems
Industrial swing gate
Architectural elegance meets industrial power. Our Industrial Swing Gate is the definitive solution for sites where side-clearance is limited, making sliding gates impractical. Engineered with powerful hydraulic actuators, it effortlessly moves heavy steel leaves exceeding 500kg, providing a quiet, reliable, and high-security entry for facilities that prioritize both performance and professional aesthetics.
Product Overview
The Industrial Swing Gate is the automated evolution of the traditional hinged gate. While sliding gates are often the default for logistics, Swing Gates remain the preferred choice for sites requiring architectural elegance, quiet operation, or tight side-clearances where a sliding gate cannot retract.
Unlike lightweight residential versions, Industrial Swing Gates are engineered to move heavy steel leaves (often exceeding 500kg per leaf) using powerful hydraulic or electromechanical actuators. They are designed to withstand high wind loads, continuous duty cycles, and the physical stresses of pivoting heavy steel loads 24/7.
Key Engineering Features
No Side Clearance Required
Unlike sliding gates, which require a long fence line to retract into (run-back space), swing gates do not need any space at the side of the entrance. Details: This makes them the only solution for entrances flanked by buildings, walls, or trees immediately to the left and right.
Quiet & Frictionless Operation
Advantage: The gate floats on heavy-duty bearing hinges. There are no steel wheels rolling on a concrete track or gear racks grinding together. Details: This results in near-silent operation, making it ideal for corporate headquarters, residential complexes, or hospitals where noise pollution is a concern.
Simple Civil Work / No Ground Track
Advantage: Installation requires only two foundation pits for the posts. There is no need to dig up the entire driveway to lay a concrete ground beam or track. Details: This reduces installation time and cost. It also means the driveway remains completely clear of obstacles (tracks/rails) that could trip pedestrians or jar forklifts.
Cost-Effective for Medium Spans
Advantage: For standard openings (typically under 8 meters total width), a swing gate is often mechanically simpler and cheaper to manufacture than a cantilever sliding gate or a high-speed bi-fold gate. Details: Fewer complex parts (no bogie wheels, no pantograph mechanisms) mean lower upfront hardware costs.
Material & Coating Technology
Engineered corrosion protection from core to topcoat.
Reinforced SHS Steel Frame
Fabricated from heavy-gauge Q235B steel hollow sections with internal corner bracing. This rigid geometry resists torsional twisting and sagging, even for leaves up to 8 meters wide.
Heavy-Duty Bearing Hinges
Features adjustable hinges equipped with sealed tapered roller bearings. These engineered pivot points can support gate leaves exceeding 1000kg while ensuring friction-free movement.
Actuator-Ready Design
Pre-welded mounting plates and internal cable routing channels allow for seamless installation of hydraulic rams or linear actuators, eliminating the need for on-site welding.
Sag-Free Pivot System
Engineered for 1000kg+ Steel Leaves
Sag-Free Pivot System
Engineered for 1000kg+ Steel Leaves
Standard Finishes
RAL 9005
RAL 7016
RAL 6005
RAL 9006
Custom RAL colors available upon request (MOQ applies).
System Compatibility
Design Variants
Louver, solid, perforated, and hybrid privacy configurations.
BASTION GATES AND WICKETS
Intended use: Bastion gates and wickets are perfect for all types of industrial activity. The gates are installed around industrial buildings, airports, ports, guarded car parks, as well as schools, kindergartens, shopping malls, etc.
MODEST GATE AND WICKET
Application: MODEST gates and wickets are a good choice for all types of private, public and industrial areas. Gates can be installed to enclose premises, gardens, parks, schools, kindergartens, stores, etc.
GATE AND WICKET GARDIA
Intended use: GARDIA gates and wickets are per- fect for all types of private, public, and industrial business activity. The gates are installed around private properties, gardens, parks, schools, nurser- ies, markets, etc.
GATE AND WICKET TITAN
GATE AND WICKET SENTRY
Technical Specifications
Detailed structural and dimensional data for engineering review.
Manufacturing Process
Step-by-step production from raw profile to finished panels.
Precision Laser Cutting Center
Shaping metal with light. The ultimate tool for complex geometries and architectural detailing.
Architectural Powder Coating Center
Electrostatic powder coating for durable architectural finishes.
Hot-Dip Galvanizing Center
Full immersion zinc coating for long-term corrosion resistance.
Raw Materials (Tubes/Wires/Sheets)
Traceable inventory with verified mill certificates.
MIG/TIG Welding
Automated MIG/TIG programs deliver stable penetration.
Components & Accessories
Complete bill of materials ready for turnkey orders.
Hanging Post / Hinge Post
Description: Heavy-duty steel columns (e.g., $200 \times 200\text{mm}$ or larger) anchored deeply into concrete. Function: Supports the entire weight of the swinging leaf.
Gate Leaf
Frame : Welded SHS/RHS steel tube structure. Diagonal Brace: A diagonal bar from the bottom hinge to the top corner. Crucial to prevent the gate from sagging over time. Infill: Vertical bars (pickets), 358 mesh, or palisade.
Bearing Hinges
Description: Unlike residential strap hinges, these are machined steel blocks containing Tapered Roller Bearings. Function: Allows heavy gates ($500\text{kg}+$) to swing smoothly with minimal friction.
Physical Stops
Center Stop: A metal plate on the ground where the two leaves meet when closed. Back Stop: A post or rubber buffer stopping the gate at the fully open position.
Hydraulic Ram
The industrial standard. Uses an electric pump and piston. High power, high duty cycle.
Electromechanical Linear Screw
Uses a threaded shaft. Good for medium-weight gates.
Control Box
Usually a separate IP65 enclosure mounted on the post or wall, containing the circuit board and hydraulic logic.
Maglock
A large magnet (usually 600kg-1200kg holding force) to hold leaves together against wind.
Electric Drop Bolt
A steel bolt that shoots into the ground to mechanically lock the gate.
Hinge Gap Guard
Description: A rubber shield or safety edge covering the gap between the post and the gate. Function: Prevents fingers from being amputated when the gate opens (the "Guillotine Effect").
Safety Edges
Rubber sensors on the Leading Edge (where leaves meet) and Bottom Rail.
Photocells
Usually two sets: One set across the opening, and one set past the open swing arc to protect the "dead zone."
Loop Detector
Buried in the driveway to prevent the gate from closing on a vehicle.
Installation & Safety
Post Alignment
Vertical Axis Check
Leaf Hanging
Grease & Adjust
Actuator Geometry
Ram Angle Setup
Hard Stops
Positive Limits
Helmet
Gloves
Boots
Glasses
Compatible Gates
- Single / Double Swing
- Sliding Cantilever
- Pedestrian Gate
Security Topping
- Razor Wire (Concertina)
- Barbed Wire (3-Strand)
- Rotating Spikes
PIDS Detection
- Vibration Sensors
- Fiber Optic Cable
- Electric Pulse
Technical Drawing Library (CAD/BIM)
Panel elevations, foundation details, and assembly references.
10-Year Manufacturer Warranty against structural failure due to corrosion in C3 environments.
Access BIM Objects & CSI Specs
Frequently Asked Questions
Ready to Secure Your Perimeter?
Contact our engineering team today for a free consultation and quote.