Their core function is to achieve sealing, leak prevention, or structural stability through clamping force. Specific functions include:
Leak prevention: At pipe connections (such as water pipes and oil pipes), clamps prevent media leakage, especially in high-pressure or corrosive environments (such as the chemical and petroleum industries), where stainless steel or reinforced clamps are required.
Quick installation: Compared to welding or threaded connections, clamps can be disassembled without special tools, suitable for temporary construction or maintenance scenarios (such as the rapid fixing of agricultural greenhouse frames).
Vibration and displacement resistance: In pipelines of mechanical equipment, clamps can reduce joint loosening caused by vibration (common in automotive exhaust pipes and air conditioning pipes).
Multi-scenario adaptability: Depending on the material (galvanized sheet, nylon, stainless steel) and structure (worm gear type, spring type), they can adapt to high-temperature, humid, or outdoor environments.
Technical details:
Process: Stamping or combined welding; the galvanized layer thickness must be ≥8μm to ensure corrosion resistance (this standard is commonly used for agricultural greenhouse clamps). Industry Standards: Industrial-grade clamps must comply with GB/T 15830-2019, while agricultural clamps emphasize tensile strength (e.g., withstanding radial forces ≥500N).
Application Examples:
Agriculture: For securing arches and beams in greenhouses, galvanized steel clamps prevent rust (it is recommended to install one every 1.5 meters).
Home Use: For connecting washing machine drain pipes, nylon clamps are used to avoid scratching the metal.
