Provence Thermal Break Sunroom System from China Suppliers - High-Quality Factory Design for Outdoor Spaces
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Key Features
Inner Color:
- Scottish Star Grey
- Bordeaux red
- Burmese rosewood
- Aruba Anodized Phantom Black
Outer Color:
- Scottish Star Grey
- Bordeaux red
- Bordeaux red
- (1) L: Front beam length refers to the distance between the two front pillars, excluding the thickness of the water trough guard.
- (2) W: Side width is defined as the distance between the front and rear pillars, excluding the width of the drain pipe.
- (3) H1: Rear height represents the height from the finished surface to the top of the rear beam, excluding any glass components.
- (4) H2: Front height denotes the height from the finished surface to bottom of front beam.
Technique 1
Improved processing efficiency by minimizing wire cutting; the slanting beam and main beam are securely and efficiently connected in a submerged manner, enhancing installation safety.
Technique 2
Mortise and Tenon Joints for Enhanced Safety and Stability.
The connection between the sunroom and the corner is established using specialized sunroom connection corner brackets and anti-slip screws, thereby enhancing the safety and stability of the sunroom. The connection between the columns and the ground, as well as between the beams and the walls, is achieved through a unique structural design, reinforced by multiple bolts to ensure a secure connection.
Technique 3
The inclined beams atop the sunroom feature a sleek and sophisticated design. These beams can be fitted with high-luminance, energy-efficient LED light strips, providing an exceptional visual experience in low-light conditions.
Technique 4
Structurally preventing leaks and guiding rainwater to follow a predetermined route, ensuring smooth flow. Additionally, baffles should be added to the drainage channels to prevent leaves and debris from obstructing the drainage outlets.
Technique 5
The primary beam wall has a thickness of 3.0mm and features a multi-chamber structure that allows for reinforcement using steel plate or steel pipe, significantly enhancing the profile's resistance to bending and meeting the requirements for high load-bearing capacity.
