Telescopic Sliding Gates have become an ideal choice for modern buildings and industrial sites due to their space-saving features, strong flexibility, and high security. As a professional aluminum door manufacturer, FENLUX, by combining years of technical accumulation and innovative craftsmanship, will analyze the core manufacturing process of telescopic sliding gates for you, helping you create efficient, durable, and aesthetically pleasing door solutions.

I. Why Choose a Telescopic Sliding Gate?
1.1 Solving the Pain Points of Narrow Spaces
Traditional sliding gates require a lateral space 1.5 times the length of the gate body. However, the Stackable Sliding Gate, through its double-panel nested design, only requires a reserved space of 20%-30% on one side to operate. It is especially suitable for the Restricted Side Returns commonly found in courtyards in places like Brisbane and the Sunshine Coast.

1.2 The Core Advantages of Aluminum Material
FENLUX uses high-strength aluminum alloy to manufacture the gate body, which has the following characteristics:

Lightweight: The weight of a single panel is 40% lighter than that of an iron gate, reducing the load on the track.
Rust-proof: Through anodizing treatment, it can adapt to the humid climate in Queensland.

Low Maintenance: The surface powder coating technology prevents the problem of fading.

II. Selection of Materials and Tools
2.1 Aluminum Profiles and Hardware Accessories
Main frame aluminum material: It is recommended to use 6061-T6 or 6063-T5 aviation-grade aluminum alloy with a thickness of ≥2.5mm, which takes into account both strength and corrosion resistance.

Pulley set: Use stainless steel bearing pulleys. The load-bearing capacity of each wheel should be above 200kg, and it should be equipped with a self-lubricating function to reduce wear.

Synchronization system: For the linkage of multiple panels, a gear chain or steel cable synchronization device should be configured to ensure consistent telescopic movement.

2.2 Surface Treatment and Decoration
Spraying process: Use electrostatic powder spraying or fluorocarbon paint to provide matte, metallic, or imitation wood grain effects to adapt to different architectural styles.

Rust prevention treatment: The welded parts need to be hot-dip galvanized, and PVC sealing strips should be installed at the edges of the panels to prevent oxidation.

2.3 Tool List

Cutting machine (accuracy ±0.5mm), argon arc welding machine, laser level, torque wrench, and CAD design software.

III. Five Key Points of Professional Installation
3.1 Basic Construction Specifications
The depth of the concrete foundation should be ≥800mm (in accordance with the Queensland Building Code AS1170.4).
The positioning error of the embedded parts should be controlled within ±3mm.
The track inclination angle should be maintained at 0.5°-1° to assist with drainage.
3.2 Motor Selection Formula
Motor torque (N·m) = [Total weight (kg) × Coefficient of friction (0.1-0.15)] × Track radius (m)
FENLUX engineers recommend choosing a motor model with a torque of 800-1000N·m, which is suitable for a gate width of 3-5 meters.

3.3 Safety Protection Configuration
Infrared anti-pinch sensors (in compliance with AS/NZS 60335.2.103)
Emergency manual unlocking device

Optional anti-climbing spikes (subject to local municipal regulations)

IV. Four Core Advantages of FENLUX
4.1 Modular Design System
Provide standard size quick delivery solutions, and also support:

Customized curved track (radius ≥1.5m)
Smart integration solutions (APP control/license plate recognition)
Special surface treatment (wood grain transfer printing/3D embossing)
4.2 Local Service Network
The Brisbane headquarters provides a 48-hour quick response.
Free on-site surveys in the Sunshine Coast/Gold Coast regions.
Provide DIY installation instruction videos and tool kits.
4.3 Cost Control Strategy
Through large-scale production and JIT inventory management, achieve:

The material utilization rate is increased to 92%.
Save 15%-20% of the budget compared to traditional solutions.
A 5-year structural warranty commitment.

V. Installation, Debugging, and Maintenance
5.1 On-site Installation Steps
Fix the track and ensure that the horizontal error is ≤2mm. After hanging the panels one by one, test the smoothness of the telescopic movement.

Debug the motor thrust and travel switch, and set the opening/closing speed (recommended 0.3~0.6m/s).

5.2 Customer Acceptance Standards
Check the flatness of the panel (gap ≤3mm), the integrity of the coating, and the noise level (≤50 decibels).

5.3 Long-term Maintenance Suggestions
Clean the track and apply silicone-based lubricant every quarter, and check the tension of the pulley bearings and the synchronization system every year.

VI. Why Choose FENLUX?
As a professional local manufacturer in Brisbane, FENLUX has served more than 1,200 residential and commercial projects. Our core competitiveness is reflected in:

Full-process Control: A vertical integration system from design to installation.
Technological Innovation: Holding 3 Australian patents (Patent numbers: 2023901234, etc.)
Send your requirements to admin@fenlux.com.au now to obtain a free 3D simulation design plan and a special offer quotation for 2025! Our engineering team will customize an exclusive telescopic gate solution for you within 24 hours.