Pressed Scaffolding Clamp Swivel Type Double Coupler 48.3mm
| Parameter | Details |
|---|---|
| Scaffolding Part Type | Scaffolding Pressed Double Couplers |
| Product Name | 48.3*48.3mm Pressed Double Coupler |
| Specification | 48.6*48.6mm |
| Plate Thickness | 2.5/2.75/3mm |
| Weight | 0.58/0.62/0.65kg |
| Material | Q235 |
| Surface Treatment | Electroplated color zinc |
| Processes | Pressed |
| Factory | YES |
| Samples | support |
| Standard | BS1139/EN74/JIS/Korea standard |
| Selling Units | Single item |
| Single Package Size | 15X10X10 cm |
| Single Gross Weight | 10.000 kg |
| Supply Ability | 1000000 pieces per month |
Product Mode of Transport: Our custom factory utilizes a robust logistics network to ensure the best delivery of our scaffolding clamps. With multiple shipping options, we guarantee timely arrival at your destination, adhering to your specific supplier requirements.
Product Advantages: The pressed double coupler offers a secure and strong connection for scaffolding tubes. Its electro-galvanized finish ensures durability against harsh environments, supporting accurate right-angle formation crucial for structural stability.
Product Seeking Cooperation: As a leading manufacturer, we invite partnerships with construction enterprises seeking reliable scaffolding solutions. We provide tailored service to enhance your project’s efficiency and structural integrity while ensuring competitive pricing.
Product Certifications FAQ:
1. Q: What certifications does your factory have? A: Our best manufacturing processes comply with BS1139, EN74, JIS, and Korea standards, ensuring high-quality custom scaffolding products.
2. Q: Are your scaffolding clamps tested for stability? A: Each factory product is rigorously tested for strength and clamping force to meet advanced safety standards, ensuring reliable connections.
3. Q: Can I request a specific product modification? A: As a custom supplier, we support specific modifications to meet your project requirements, ensuring our products fit your unique scaffolding needs efficiently.
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