Assembly method of architectural membrane materials

The splicing method of architectural membrane materials needs to balance structural strength, waterproof performance, and aesthetics. Common splicing methods include high-temperature heat sealing welding and high-frequency welding. The following is a detailed introduction to these splicing methods:

1. High-Temperature Heat Sealing Welding

Principle: Heat is applied to the seams of the membrane material using heat sealing equipment, causing the coating to melt and bond, forming a continuous, seamless connection.

Applicable Materials: PTFE membrane material, ETFE membrane material, etc. (Puxiong professional heat sealing process).

Advantages:

Good sealing: No pores at the weld, excellent waterproof performance.

High strength: Weld strength is close to that of the base material, suitable for long-term stress areas.

Neat appearance: Smooth seams, no visible lines or glue residue.

Disadvantages: Requires strict control of temperature and time to avoid burn-through or weak adhesion.

Application Scenarios: Critical seams of roof membrane structures and inflatable membrane buildings.

2. High-Frequency Welding

Principle: Utilizes high-frequency electromagnetic waves to cause the membrane material molecules to vibrate, generating heat and achieving localized melting and bonding.

Applicable Materials: Membrane materials containing PVC (especially suitable for thick films or multi-layer composite films).

Advantages:

Fast welding speed; Highly secure seams.
Disadvantages: High equipment cost; Requires strict operational skills.

Application Scenarios: Stadium grandstand membrane structures, carports, etc.