Automotive Material Durability and Scratch Resistance Tester

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Whats/App: +86 156 1874 6768

Web: standard-groups.com

Features

Parameters

Test mode: automation	Scraper head lift: pneumatic
Test speed: 10-200mm/s	Control screen: intelligent touch
Number of scratches: it can be freely set	Working station: single station
Scratch head size: it can be interchanged	Appearance size: 8400mm*5400mm*700mm
Weight: 95Kg	Power: 220V

Accessoriess

The accessories of a multi-functional scraper mainly include the scraping assembly, pressure device, sample clamping and fixing device, and drive mechanism. The following are detailed descriptions:

Scraping Assembly: This includes the scraping bracket, scraping fingers, and scraping finger positioning sleeve. Scraping fingers are made of various materials, such as tungsten carbide (used for metal scraping heads to increase instrument lifespan) and polymethyl methacrylate (PMMA, used for plastic scraping fingers, 16mm diameter, 1mm thickness, 0.5mm edge radius, Shore D85 hardness). Metal scraping heads are available in various diameters such as 0.5mm, 0.75mm, 1mm (Erichsen 318), 3mm, 5mm, and 7mm to meet different testing needs.

Pressure Device: This typically consists of weights and a weight support rod. The total weight of the pressure weights and scraping assembly can be selected arbitrarily, such as 2N, 3N, 5N, 7N, 8N, 10N, 12N, 15N, and 20N, with a mass error not exceeding 1%, ensuring uniform unidirectional linear scraping motion under different loads.

Sample clamping and fixing device: Used to fix the sample in place, ensuring its stable position during testing and preventing movement or deflection, thus guaranteeing the accuracy of the test results.

Drive mechanism: Driven by a motor, this mechanism propels the scraping component in a linear scraping motion across the sample surface. Some instruments employ precision servo motors and ball screw drives, which play a crucial role in the accuracy of scraping speed control under relevant standards.

Test Procedures

The main steps for using the multi-functional scratch resistance tester are as follows:

Prepare accessories and test samples:

Prepare all accessories for the T109 multi-functional scratch resistance tester (such as the scratch head, weights, connecting rod, etc.).

Prepare the sample to be tested, ensuring its surface is flat and free of impurities.

Select test method:

The T109 multi-functional scratch resistance tester supports five-finger scratching and cross-scraping methods. Select the appropriate test method according to your testing requirements.

Setting parameters:

Turn on the device's display screen and set the parameters, including scratching speed, scratching distance, and number of scratches. These parameters should be adjusted according to specific testing requirements and sample characteristics.

Installing accessories:

Install the corresponding scratch head and weights according to the selected test method.

Install the scratch head at the bottom of the shaft and load the weights onto the top of the shaft.

Fix the test sample onto the testing platform and secure the connecting rod so that the scratch head can contact and scratch the sample surface.

Starting the Test:

After confirming that all settings and installation are correct, start the T109 multi-functional scratch resistance tester to conduct the test.

Observation and Recording:

During the test, observe and record the scratches left by the scratch head on the sample surface.

Microscopes or other tools can be used for more detailed observation, and the depth, width, and other parameters of the scratches can be recorded.

Stopping the Test:

Stop the test when the preset number of tests is reached or obvious scratches are observed.

Result Analysis:

Analyze and compare the test samples to evaluate the scratch performance and durability of the material surface.

The scratch resistance of the material can be evaluated based on parameters such as the depth and width of the scratches.

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