SHENCHONG automatic shearing machine 16x1000mm is custom-designed for the fuel cell catalyst industry. This 16x1000mm front-feed shearing machine is a hydraulic guillotine type shear with an automated servo feeding system, specifically designed for batch cutting of 16mm thick and 1000mm wide metal sheets.

Compared to traditional manual feeding methods, it offers automatic positioning, continuous shearing, and high-precision unloading, significantly improving production efficiency and reducing labor costs.

1. Fuel Cell Catalyst Metal Automatic Shearing Machine 16X1000mm Features

- Specialized for Thick Plates: Reliably shears 16mm metal plates. Produces smooth cuts.

- Automatic Feeding: Reduces labor and improves cutting efficiency.

- High Precision: Servo feeding with positioning accuracy of ±0.1mm.

- High Safety: Comprehensive protection reduces the need for workers to operate close to the blade.

- Customizable: The design can be adjusted to suit the user's material (titanium plate, stainless steel, carbon steel).

2. Fuel Cell Catalyst Materials

Catalyst carriers commonly use carbon paper, metal foil, stainless steel mesh, nickel-based alloy sheets, titanium plates, and other substrates. These materials require cutting to length during electrode production (e.g., small-sized sheets and membrane electrode substrates).

3. Applications (Involving the Fuel Cell Industry)

- Fuel Cell Bipolar Plate Titanium Shearing: Some thick titanium alloy plates require cutting to length prior to subsequent flow field processing.

- Fuel Cell Casing and Stainless Steel Support Plate Shearing: Batch cutting of 10–16mm thick stainless steel plates for stacking components.

- Metal Catalyst Carrier Cutting: Suitable for batch cutting of thick metal substrates (such as large nickel and stainless steel substrates).

This front-feed automatic shearing machine 16x1000mm is ideal for users who require high-precision cut-to-length production of thick plates. For fuel cell manufacturers, it is particularly suitable for cutting titanium and stainless steel plates to length, followed by flow channel processing or stacking.