Drainage ditch forming machine

The function of the drainage ditch forming machine is to process metal sheets into standardized drainage ditch components through cold bending technology, focusing on the advantages of cold bending technology, forming efficiency, and adaptability. as follows:

1、 Core role

Customized drainage ditch forming: Flat metal sheets (galvanized sheets, color steel sheets, etc.) are processed into drainage ditches with different cross-sections such as U-shaped, trapezoidal, rectangular, etc. through cold bending and rolling technology to meet the drainage flow requirements of different scenarios.

Building an efficient drainage system: Finished drainage ditches can be directly used to lay drainage networks, quickly exporting rainwater and sewage, avoiding waterlogging of building foundations or road surfaces, and ensuring project safety and user experience.

Adapt to diverse engineering requirements: It can meet the large-scale drainage projects of municipal roads and industrial parks, as well as small drainage systems for residential areas, factories, and parking lots, supporting long-distance continuous laying.

2、 Core Features

Exclusive advantages of cold bending technology: Processing at room temperature does not damage the metal material and coating, resulting in a smooth surface, high strength, stable corrosion resistance and load-bearing capacity, and a longer service life than heating formed products.

Flexible and adjustable specifications: By replacing customized rollers, the groove width (100-800mm), groove depth (100-600mm), and cross-sectional shape of the drainage ditch can be adjusted to accommodate various metal sheets with a thickness of 0.3-1.2mm.

Automated and efficient production: integrating feeding, straightening, forming, and fixed length cutting processes, with a forming speed of 10-25m/min and a length error of ≤± 2mm, without the need for multiple equipment collaboration, reducing manual input.

Convenient and cost-effective construction: Some models support on-site molding to avoid transportation losses and lifting costs of prefabricated components; The finished product interface is flat, the splicing and installation are fast, and the project cycle is shortened.

Stable and durable structure: The body is welded with thickened steel, and the rollers are quenched and chrome plated, which is wear-resistant and deformation resistant, and can withstand mechanical loads from long-term mass production.