Plate Forming Testing Machine - Cup Convex Instrument

NegotiableUpdate on 01/21

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

EC130 Function Introduction $r $n Fully Automatic Cup Convex EC130 is mainly suitable for thin plate stretching, coating ductility and adhesion testing, and can test single and multiple coatings. Strictly follow the testing requirements of ISO1520 and GB9573: uniform propulsion, punch diameter, template thickness, stroke control, and punch alignment. $r $n can be used for experiments: $r $n ① Metal Cup Convex Experiment $r $n ② General Experiment on Forming Performance of Metal Thin Plates $r $n ③ Tensile and Load Experiment $r $n ④ Hole Expansion Experiment $r $n ⑤ Deep Pulling Cup Convex Experiment and Convex Experiment $r $n ⑥ Ultimate Tensile Ratio FLD Experiment

Product Details

EC130 features
The template is automatically clamped without the need for manual operation; Adjustable clamping force; And the thickness of the sample can adapt to a wide range (0.2mm~3mm).
The adaptive centering device can grip uneven surface templates to prevent wrinkles.
The punch automatically advances at a constant speed and the speed is adjustable.
The calibration of * ensures neutrality and repeatability.
The pause button of * can pause the observation of data during the experiment.
The mold is easy to replace and can be used for cup convex and deep drawing cup experiments, adapting to different standards and having good scalability.
The maximum propulsion force can reach up to 130KN to meet various high-strength automotive prototype tests.

The appearance of the product is for reference only, and the appearance may change depending on different configurations

Test Principle
1. Tighten down
The mold on EC130 is fixed on top of the testing chamber, and the upward movement of the mold can clamp the template. The clamping force is commonly known as the edge pressing force (Fh), and the edge pressing force of EC130S can be adjusted from 0N to 45KN.
2. Stretching
After the template is clamped, the punch located at the center of the mold will move forward at a constant speed to extend the template. The stretching speed V can be adjusted, and the maximum stretching displacement S can also be set.

Technical Specifications:
Sample thickness 0.1-2.0mm (requires different molds)
Adjustable clamping force 0-45KN
Stretching force 0-130KN
Propulsion speed 0.1-3mm/S
Allow sample width of 110mm
Punch diameter 10-30mm (standard 20mm)
Power supply AC220V
The maximum power is 1500W
Weight approximately 130Kg
Dimensions (length x width x height) 520 x 490 x 1100 (mm)
Maximum tensile displacement of 60mm

Meet the standards:
EN ISO 20482、 DIN EN ISO 1520