Footwear testing equipments supplier for shoes GESTER

How to Conduct GT-C29 UV Aging Test ChamberThe GT-C29 Intelligent UV Accelerated Weathering Tester is a high-tech device designed to simulate the long-term effects of natural weather conditions such as sunlight, rain, and dew on various materials. By using UVA-340 fluorescent UV lamps, it replicates the damage caused by ultraviolet light, such as fading, cracking, and discoloration, over a short period of time. This powerful chamber can mimic years of natural exposure in just a matter of days or weeks, making it essential for industries that require product durability testing.In this guide, we will walk you through how to conduct a UV aging test using the GT-C29 UV Aging Test Chamber (Cabinet Type), covering key steps from setup to completion.Understanding the GT-C29 UV Aging Test ChamberThe GT-C29 Intelligent UV Accelerated Weathering Tester employs UVA-340 fluorescent UV lamps to replicate the harmful effects of sunlight, rain, and dew. This machine operates by combining ultraviolet rays, rain, high temperatures, condensation, and darkness in a cyclical process. By repeating these cycles, the device can simulate years of weathering in just a few days or weeks. The resulting damage includes color fading, discoloration, chalkiness, cracking, muddiness, bubbling, embrittlement, loss of intensity, and oxidation.1.Connecting pipes(1) Overflow pipe: when the water level of the tank is too high, the water will be discharged from the overflow pipe.(2) Inlet pipe: connect to the water source to fill the tank with water.(3) Drainage pipe: used to discharge the water tank.2. Add waterTurn on the water source, open the door, you can see add water automatically. When the side of the water level meter stops rising, you need to turn off the water supply.3. Powering On the MachineTurn on the side power master switch, then turn on the front power switch.4.Test(1) Click on the screen to enter the main interface, click on "SET PARAMETER" to enter the parameter settings.There are four test environments to choose from: TEMP, UV LAMP, HUMIDITY and SPRAY.Here choose TEMP, UV LAMP.A. In the "TEMP" column, click to open and set the temperature: 45 ℃.B. In the "UV LAMP" column click to open and set the irradiance in the Irradiance column: 0.55C. In the "Run time" column, set the test time: 5MD. Click "Run View" to return to the test interface.(2) Open the door of the box, put the specimen in, and close the door.(3) Click "Start", and then click "RE-RUN" to start the test.      RE-RUN: Start over with a new test.      RUN: The test stops in the middle. Continue the test.(4) Water level, lamp life, UV lamp, Temp of the four indicators will light up green, indicating normal operation of the machine.(5) During the test, you can click "PARAMETER VIEW" to view the set parameters, click "LAMP LIFE" UV lamp life and so on.(6) Arrive at the set test time, the equipment will automatically stop.Open the door, take out the specimen to observe.

How to Conduct the Sole Abrasion Resistance Tester GT-KA13The Sole Abrasion Resistance Tester GT-KA13 is an essential tool for evaluating the durability and wear resistance of finished shoe soles or molded sole pieces. It helps manufacturers ensure that their footwear meets quality standards and withstands real-world conditions. This guide will walk you through the detailed process of operating the Sole Abrasion Resistance Tester , ensuring precise results and consistent testing performance.Introduction to the Sole Abrasion Resistance Tester GT-KA13The Sole Abrasion Resistance Tester simulates real-world conditions by applying controlled friction to the sole of the shoe. The results help determine how well the material can resist wear and tear.Step 1: Powering the MachineBefore you begin, the tester must be properly powered. Here’s how to prepare the device for operation:Plug in the power source: Ensure that the tester is connected to an AC220V power outlet.Turn on the power switch: Flip the power switch to the "on" position.Engage the emergency stop switch: Press the emergency stop switch to reset any previous operations, ensuring the machine is ready to start fresh.Once the machine is powered, you're ready to move on to sample installation.Step 2: Sample InstallationCorrectly installing the sample shoe sole is key to obtaining accurate test results. Follow these steps:1. Remove the fixing sleeves: Take off the left and right fixing sleeves of the scales to prepare the device for the sample.2. Fit the sample into the shoe last: Carefully insert the sample shoe into the shoe last, ensuring it is firmly in place.3. Balance the scales: Add weights to the right balance tray. The goal is to achieve equilibrium, so use the left and right adjustment knobs for fine-tuning until the balance pointer aligns with the red line in the center of the dial.4. Adjust the friction head: Use the front/back and left/right steering wheels to position the friction head horizontally. Then, fine-tune its height using the up/down steering wheels until it lightly touches the specific area of the sole that you want to test.5. Add the 500g weight: Place a 500g weight on the right balance tray. This ensures consistent pressure is applied during the test.Proper sample installation ensures that the test is conducted under the correct conditions, producing reliable results. Now, it's time to set up the testing parameters.Step 3: Parameter Setting1. Activate the test interface: After engaging the emergency stop switch, tap on the "English" button to enter the main test interface.2. Select the testing mode: You can choose between two modes—Timer and Counter. For this guide, we will use the Timer mode, which allows you to specify the test duration.3. Set the test duration: Click on the "Timer Set" section (0H 00M 00S) to input the desired testing time in hours, minutes, and seconds. Adjust the time according to the test requirements.4. Return to the test screen: After setting the duration, return to the main testing interface.5. Clear the settings: Click on the "Zero" button to reset any previous measurements, ensuring a fresh start for the current test.6. Start the test: Press "Start" to begin the test. The friction head will begin moving, simulating real-world abrasion on the sole material.7. Adjust the test speed: The screen displays the friction head's speed. If necessary, adjust the speed using the black knob at the bottom of the screen to match your test specifications.With these settings in place, the tester will perform the abrasion test according to the configured parameters. The machine will operate until the set duration is complete.Step 4: Completing the Test and Measuring Results1. Automatic stop: When the test duration has been reached, the tester will automatically stop.2. Raise the friction head: Elevate the friction head to allow for the safe removal of the sample.3. Remove the weights: Carefully take off the weights from the right balance tray.4. Measure the abrasion area: Use a caliper to measure the width of the abrasion on the sole. This provides a quantitative assessment of the sole’s wear resistance.

Why Choose Shoelace Abrasion Resistance Tester GT-KC02 for Reliable ResultsIn the footwear industry, the quality of shoelaces is often overlooked, yet it plays a crucial role in the overall performance and durability of shoes. To ensure that shoelaces meet industry standards, the Shoelace Abrasion Resistance Tester GT-KC02 provides a reliable solution for evaluating the abrasion resistance of various materials, including cotton, hemp, and chemical fibers.ApplicationThe Shoelace Abrasion Resistance Tester assesses how well different materials withstand wear over time, making it a critical tool for quality control. By simulating the stresses that shoelaces endure during regular use, this device helps companies maintain high-quality standards and enhance customer satisfaction.Principle of OperationTwo shoelaces are interlocked in the middle and secured at both ends within the movable fixtures of the tester. This setup allows for a reciprocating linear motion, which mimics the friction experienced in real-life use. Meanwhile, one end of a second shoelace is clamped at a fixed position while the other end is wrapped around a pulley and weighted. This configuration ensures that the two shoelaces rub against each other under controlled conditions.As the machine runs, it counts down the number of cycles—preset by the user—after which it stops. The wear resistance is then evaluated based on the extent of abrasion observed on the shoelaces.Why Reliability MattersWhen it comes to shoelaces, consumers expect longevity and performance. Abrasion resistance testing ensures that the materials used will withstand the rigors of daily use. With the Shoelace Rubbing Tester GT-KC02, manufacturers can confidently report the durability of their shoelaces, ultimately leading to better products and fewer returns.Key Features of Shoelace Rubbing Tester GT-KC021. Accurate Measurements: The Shoelace Rubbing Tester GT-KC02 is designed for precision, offering accurate assessments of abrasion resistance. This accuracy is crucial for manufacturers aiming to meet strict industry standards.2. User-Friendly Interface: The intuitive design of the Shoelace Rubbing Tester GT-KC02 allows operators to set up tests quickly and easily, reducing downtime and increasing productivity.3. Robust Construction: Built with durable materials, this tester is designed to withstand rigorous use in a manufacturing environment, ensuring longevity and reliability.4. Versatile Testing: Capable of testing various materials, the Shoelace Rubbing Tester GT-KC02 is not limited to shoelaces made from just one type of fiber. This versatility allows manufacturers to diversify their product offerings without compromising quality.

Why Choose Footwear Slip Resistance Testing Machine?In today's competitive footwear industry, safety is of paramount importance. Ensuring that shoes provide sufficient slip resistance can mean the difference between a satisfied customer and a potential hazard. This is where the Footwear Slip Resistance Testing Machine plays a critical role. The Footwear Slip Resistance Testing Machine, has become a popular choice among manufacturers and testing labs. This article will explore why the GT-KB48 Footwear Slip Resistance Testing Machine is an excellent investment for footwear companies and how it ensures compliance with international safety standards.The Importance of Slip Resistance in FootwearSlip resistance is one of the key factors that determine the safety of footwear. In environments like wet or slippery surfaces, a shoe with low slip resistance can result in dangerous slips and falls. In this context, it’s crucial to test footwear for its ability to grip various surfaces under different conditions. This is exactly where the GT-KB48 Footwear Slip Resistance Testing Machine comes into play. By providing precise and reliable measurements, this machine helps manufacturers improve their designs and ensure compliance with the required safety standards.Understanding Slip Resistance TestingSlip resistance testing evaluates the friction between a shoe sole and a surface to determine how likely the footwear is to slip. The machine typically uses a variety of surfaces like wood, PVC, or ceramic tiles, replicating real-world conditions. A specific load is applied to the footwear, and the sole’s friction coefficient is measured. Based on this, manufacturers can assess whether their footwear meets the required standards.Why is Slip Resistance Testing Essential?1. Worker Safety: Slip-resistant shoes are vital in industries prone to accidents. Testing helps to prevent workplace injuries by ensuring the shoes provide sufficient grip.2. Consumer Confidence: Customers are more likely to trust and buy shoes that have undergone rigorous testing for safety and performance.3. Regulatory Compliance: International standards such as ISO 13287, GB/T 28287, and SATRA TM144 dictate the requirements for footwear slip resistance. Compliance with these standards is mandatory in many regions and industries.What Sets the Footwear Slip Resistance Testing Machine GT-KB48 Apart?1. Compliance with International StandardsThe Footwear Slip Resistance Testing Machine is designed to meet the requirements of some of the most recognized global standards, including ISO 13287, GB/T 28287, and SATRA TM144. This ensures that manufacturers using this machine can confidently state that their products meet or exceed global safety requirements. With customizable test parameters, the Footwear Slip Resistance Testing Machine allows users to tailor their testing methods to specific footwear needs, ensuring accurate results across a wide range of materials and designs.2. High Precision Load Cell for Accurate ResultsOne of the standout features of the Footwear Slip Resistance Testing Machine is its high precision load cell, sourced from Transcell, an American brand known for accuracy and reliability. The load cell plays a crucial role in applying the correct force to the footwear, allowing the machine to generate precise and consistent results.Accurate measurements are essential for determining whether a shoe’s slip resistance is adequate for different surfaces and conditions. By using the Footwear Slip Resistance Testing Machine, manufacturers can ensure that their products deliver reliable performance and safety.3. Advanced Software IntegrationThe Footwear Slip Resistance Testing Machine comes equipped with computer and operational software that simplifies the testing process. This software allows users to control the machine, input custom test parameters, and view real-time results. Data can be stored and analyzed for long-term quality control and improvement.The software is also highly customizable, offering users the flexibility to select test standards such as ISO, GB/T, or SATRA, or input specific settings to suit their own testing protocols. This versatility makes the Footwear Slip Resistance Testing Machine ideal for both standardized testing and custom evaluations.4. Powerful Servo Motor for Speed and EfficiencyAnother important feature of the Footwear Slip Resistance Testing Machineis its high-power servo motor, which drives the slipping device. This motor is capable of achieving the specified speed in a very short amount of time, ensuring that the testing process is both quick and efficient.The Footwear Slip Resistance Testing Machine’s servo motor ensures that the machine is not only fast but also consistent, providing reliable results test after test.