Transportation Vibration Tester: Ensuring Product Safety Throughout Shipping Ensuring that products are transported safely and arrive at their destination in the best condition is a concern for all enterprises. From fragile consumer goods to heavy industrial equipment, companies need reliable methods to protect cargo during transportation. Transportation Vibration Testers play a role in this area by providing important information about how products respond to transportation stresses. The Transportation Vibration Tester is to simulate the goods in transit, encounter different road conditions such as bumpy, uphill, downhill, cornering, etc., products in the car produce the collision between goods and goods or goods and car and the extrusion between goods and goods, etc., causing damage to the products. Understanding the Importance of Vibration Testing The transportation environment subjects products to various forces, including vibration, shock, and impact, which may damage the structural integrity of the products. Inadequately tested packaging may lead to product damage, customer dissatisfaction, and economic losses. Transportation Vibration Tester can help enterprises evaluate the protective effect of their packaging on products under real conditions. This type of testing not only ensures that goods remain intact during transportation, but also helps companies comply with international standards. Ultimately, vibration testing can improve product durability, reduce risks, and enhance consumer trust in the brand. Key Advantages of Cooperating with GESTER When you choose GESTER vibration testing equipment, you will obtain many advantages that make us stand out: 1. Vibration testing equipment have buffer start function, work medium noise very low. 2. Digital meter shows the vibration frequency. 3. Synchronization silencing belt transmission. 4. The sample clamping adopts guide rail type, easy to operate and safe. 5. The Vibration Tester Machine base adopts heavy channel steel with vibration damping pads, easy to install, operate steadily, no need to install foot screws. 6. Dc motor speed regulation, smooth operation, strong load capacity. 7. Rotary vibration (commonly known as monkey type), accord with standard of Europe and the United States transportation. GESTER Transportation Vibration Tester Complies with International Standards ASTM D999 This test method is used to evaluate how dynamic stresses associated with vibration affect filled shipping containers. The test procedures are designed to replicate vibration environments to estimate the damage, or lack of damage, present during shipping. As a result, the performance of the shipping container and its interior contents can be evaluated. The standard outlines four test procedures suitable for testing shipping containers of various forms, materials, configurations, sizes and weights. The procedures include: Method A1 – Repetitive vertical shock Method A2 – Repetitive rotary shock Method B – Singl...

Welcome Indian Clients to GESTER Recently, representatives of an Indian client visited GESTER International Co., Ltd. for an on-site inspection and business discussion. Our team warmly received the delegation. The purpose of this visit was for the client to further understand our company’s capabilities and to conduct an on-site inspection of footwear testing equipment. Our professional technical staff introduced the product performance and relevant standards of footwear testing equipment to the client and carried out in-depth technical exchanges. Our footwear testing equipment is mainly used to test the impact resistance, flexing resistance, color fastness, abrasion resistance, antistatic performance, and penetration resistance of footwear materials, and is an effective method for improving footwear quality. The equipment that interested the client most was the Footwear Electric Shock Resistant Tester, which is used to determine the dielectric properties of various insulating shoes and is one of the core pieces of equipment in the testing system for safety protective footwear products. The Footwear Electric Shock Resistant Tester GT-KB42 measures leakage current and voltage withstand values by applying a voltage of a specific frequency to the test sample. The testing process strictly simulates electrical risks in actual use environments, effectively evaluating the protective performance of footwear products under high-risk operating conditions. Through on-site demonstrations, GESTER’s technical personnel provided a detailed explanation of the testing principles and operating procedures of the Footwear Electric Shock Resistant Tester GT-KB42. This enabled the client to gain an intuitive and in-depth understanding of the equipment, laying a solid foundation of trust for the smooth advancement of subsequent cooperation. During the visit, the client carefully inquired about the product’s technical parameters, application scenarios, and after-sales service system. Our professionals provided detailed and professional answers to each question and, in combination with local standards and requirements in India, introduced targeted customized solutions. The on-site visit by the Indian client not only deepened mutual understanding and trust between both parties, but also finalized the direction of cooperation for 2026. In the future, we will fully meet customer needs with high-quality products, professional technical services, and customized solutions, achieving mutual benefit and win-win results.

Meeting AATCC TM16 Requirements with GT-D02A-1 Light Fastness Tester Light fastness is a crucial indicator for measuring the color stability and durability of materials under light exposure. Particularly in the quality control of apparel, home textiles, outdoor fabrics, and functional materials, light fastness testing directly impacts a product's lifespan, appearance retention, and ultimate market acceptance. The GT-D02A-1 Xenon Arc Light Fastness Tester, with its excellent technical configuration and comprehensive standard compatibility, perfectly meets the testing requirements of AATCC TM16, delivering efficient, accurate and stable light aging testing solutions for various industries. 1: AATCC TM16 Standard Overview It is applicable for evaluating the light fastness of textiles, colorants, finishing agents and various related materials. Its core principle is to simulate the spectral characteristics of natural sunlight, expose test samples and standard blue wool reference samples in a unified environment, and assess the light fastness grade by comparing color difference changes—ranging from Grade 1 (worst) to Grade 8 (best)—which accurately reflects the material’s ability to resist light-induced fading in practical use. Meeting AATCC TM16 requirements not only demands precise light source simulation capability of the equipment, but also strict control over key parameters such as irradiance, temperature and humidity, as well as support for complex climate condition simulation—placing high demands on the technical performance of testing equipment. The GT-D02A-1 Xenon weathering tester has been optimized for targeted design, fully covering the core needs of the standard and becoming the preferred equipment for compliant testing in the industry. 2: GT-D02A-1 Xenon light fastness tester How to Precisely Simulate ？ Centered on xenon arc light source technology, the GT-D02A-1 Light fastness testing machine is equipped with multiple precision control systems. From light source simulation and parameter regulation to data collection, it fully matches the requirements of AATCC TM16, ensuring the accuracy and repeatability of test results. Restoring Natural Light Characteristics The Xenon arc tester is equipped with a 2500W long-arc xenon lamp, which can accurately simulate the full spectrum of sunlight (ultraviolet, visible light, infrared), perfectly reproducing the spectral characteristic requirements of AATCC TM16 for light sources. Combined with a high-transmittance filter combination system, it adopts filters and filter cartridges with a transmittance of 95%, ensuring light source stability while reducing energy consumption and avoiding stray light interference on test results. Compared with traditional light sources, xenon arc lamps can more truly simulate the aging effect of natural sunlight on materials, making them particularly suitable for the xenon arc lamp irradiation mode required by AATCC TM16. Meeting Strict Standard Requirements AATCC TM16...

What Is an Electronic Crockmeter — The Complete Guide Color fastness refers to the ability of textiles to maintain their original color when exposed to common challenges throughout their service life. High color fastness is crucial for meeting performance requirements, especially in the apparel sector. Color fastness testing generally includes light fastness, weather fastness, wash fastness, rubbing fastness, perspiration fastness, etc. In some cases, different textiles or usage environments require special color fastness evaluations. This article mainly focuses on rubbing color fastness, which evaluates a fabric’s resistance to color transfer when rubbed repeatedly on dry or wet surfaces. Rubbing Color Fastness Rubbing color fastness refers to the firmness of the printed fabric color when subjected to rubbing. The rubbing color fastness of colored materials depends on two main factors: the amount of floating color and the combination of dyes and fibers. The more floating color on the fabric surface, the poorer its rubbing color fastness. The testing method for rubbing color fastness is conducted on a Colorfastness to rubbing tester. Electronic Crockmeter The Electronic Crockmeter is used to determine the color fastness of textiles to dry or wet rubbing. A pinned acrylic sample holder ensures rapid sample mounting and repeatable results. GESTER AATCC Crockmeter Metal box, high-temperature baking coating, easy maintenance. Electric motor, fitted with a pre-determined electronic counter for strokes up to 9999; the experiment completes successfully with automatic stop. Standards of GT-D04 Crock Meter machine The most widely used standards are AATCC 8 and ISO 105 X12. A special instrument called a crocking tester is used to rub the test fabric with wet and dry undyed fabric for a specified duration. GESTER GT-D04 Electronic Crockmeter complies with these standards: BS 1006-D02, ISO 105-X12/D02, AATCC 8/165, ASTM D6279, JIS L 0849 Type 1, JIS L 0862 Type 1 Textile Crocking Tester Test Procedure First, lay the textile sample flat on the tester’s platform. Then, fix dry or wet standard white cotton onto the rubbing head. The warp and weft of the standard white cotton must intersect the sample at a 45° angle. Next, the rubbing head must travel along a 10 cm track on the sample. It must do this 10 times, once per second, in a straight reciprocating motion. The sample must be at least 20 cm × 5 cm, with the length in either warp or weft direction. The test is used to detect rubbing color fastness. It rubs the fabric in both the warp and weft directions. You must brush off any colored fibers remaining on the standard white cotton cloth. The test evaluates the staining level on the dyed white cotton cloth and the warp and weft directions using a grey (or colored) scale. How to Rate the Results A rating of four for dry rubbing and three to three-and-a-half for wet rubbing generally indicates good-quality material. These ratings show how much rubbing the fabri...

A Guide for Color Assessment Cabinet GT-D08 In the textile industry, color consistency has always been one of the most difficult factors to control, yet it is also one of the key elements that most affects the final quality. Colour matching cabinet: Colors appear differently under different lighting sources. To avoid/reduce the assessment error when performing color contrast, we can use a Light Booth / Viewing Booth / Color Light Box to simulate different light sources to obtain an objective assessment of color and color difference, anytime, anywhere. I. The Importance of the Color Assessment Cabinet Let’s begin with the simplest everyday example: when we go to a store to buy clothes, the special lighting in the store often makes a garment look very beautiful, leading us to purchase it. However, when we wear it outside or go back home, the visual impression greatly declines, and we might even feel that the color does not match and refuse to wear it again. The reason behind this is that under different lighting sources, the human eye perceives the color of the same object differently, which is called the metamerism effect. Metamerism is a common pain point in the textile industry due to factors including: Different light sources have different spectral compositions, which affect human color perception; Even slight differences in dye formulations may lead to different visual results under various lighting; Unstable dyeing control between production batches further increases the risk of color deviation; Natural light cannot remain stable for long, and weather and time changes will affect comparison results. For these reasons, professional environments must use equipment capable of simulating multiple light sources while ensuring long-term stability of the color observation environment—a color matching light box. It eliminates the influence of external conditions, allowing consistent color judgments across different times, personnel, and locations, thus ensuring stability in quality control. II. Features of GT-D08 Color Assessment Cabinet Color assessment cabinets render color more accurately. With 6 different light sources (D65, TL84, CWF, F, UV, U30), they can detect metamerism. Light source Color viewing booths Application Color temperature(K) Power(W) D65 International Standards Artificial Daylight 6500 18 TL84 Applied to stores in Europe, Japan and china 4000 18 CWF (Coll White Fluorescent) American standard 4150 18 F “Sun-Setting Light Yellow” incandescent light source (imitation of sunset) 2700 40 A Spotlight to showcase, American Standard 2856 60 UV Viewing under ultraviolet light to detect and evaluate optical brighteners or fluorescent pigments Wavelength: 365nm 20 U30 Warm White fluorescent, American Standard 3000 18 The combination of multiple light sources simulates various r...

Understanding ISO 105 C06 and Washing Fastness Tester Color fastness testing is a very important indicator in textile testing. Textiles often face multiple external factors such as washing, rubbing, light exposure, and sweat during daily use, and the influence of washing is the most common. Therefore, “washing color fastness” is one of the essential testing items. Among the numerous color fastness standards, ISO 105 C06 is the most widely used and highly recognized international standard. It is known for its high rigor and clear parameters and is widely adopted by many testing institutions. To ensure accurate and reliable test results, it is necessary to use professional equipment designed in accordance with the standard, namely the ISO 105 C06 Washing Fastness Tester. GESTER wash fastness tester design parameter conform to ISO, BS, AATCC, JIS & SDC those standards. 1. What is the ISO 105 C06 Standard? Part C06: Colour fastness to domestic and commercial laundering This standard applies to the color fastness to washing test for various textiles in any processing state, focusing on evaluating the color change and staining of textiles under simulated household and commercial laundering processes. The testing principle is based on simulating actual washing conditions: washing, rinsing, and drying textile specimens together with specified adjacent fabrics. By controlling parameters such as temperature, alkalinity, bleaching action, and mechanical friction, reliable test results can be obtained within a reasonable period. The mechanical friction effect is achieved through a shorter liquor ratio and an appropriate number of steel balls. 2. Why We Need To Test Colorfastness to Washing? The clothing items we use daily must be washed several times before we throw them in the dustbin or recycle bin. So, the items may fade or self-stain after washing if their fastness property is not up to the mark. That’s why all the manufacturers try to maintain the wash fastness criteria provided by the retailers before exporting the goods. 3. Core Testing Equipment: Colour Fastness Tester The Washing Fastness Tester apply to test dyeing textile color fastness changing degree after washing, it not only do washing color fastness and also dry washing color fastness test. This Lab equipment for color fastness testing design parameter conform to ISO, BS, AATCC, JIS & SDC those standards. This Automatic colour fastness to washing tester’s box and its test cup adopt stainless steel material, it have anti-high temperature, acid-base, corrosion functions. Colour fastness to washing equip with door safety switch, can protect from burning or injured. Equip with auto temperature & time control, it has alarm hint while experiment ending. Washing Color Fastness Tester can customize cup compound mode according to customers requirements. 4. Why do we need to equip ISO 105 C06 Washing Fastness Tester? Enhance product quality and reduce return rate Stable color fastness ...

ASTM D4970 Test Method for Fabric Pilling Resistance Pilling is the little bits of fiber that gather together like a ball on top of your fabric, which affect appearance of the textile products. Pilling is fibre entanglement creating little balls of the fibres and has nothing to do with abrasion where fabric gets worn down. Pilling is caused by friction during wear, laundering and the characteristics of fabric itself. For example, taking clothes inside-out before washing can prevent some pilling. Pilling can sometimes be maintained or removed with a shaver while abrasion causes permanent harm (holes and tears). Genenrally, synthetics tend to pill more than natural fibers because their longer length and greater durability cause easy form of pills; on the other hand they are also less prone to be pulled out of shape.STM D4970 is an well-accepted standard for measuring the pilling resistance of textile fabrics using Martindale machine.  Overview of ASTM D4970 This test method covers the determination of the resis-tance to the formation of pills and other related surface changeson textile fabrics using the Martindale tester.The proceduregenerally is applicable to all types of fabrics, being particularlysuitable for woven fabrics. NoTE l—For other methods,if testing the pilling resistance of textilos,refer to Test Mcthods D 3511.D 3512,and D 3514. This test method is not suitable for fabrics thicker than3 mm (0.125 in.) because such fabrics cannot be mounted inthe specimen holder.  The fabric may be laundlered or dry cleaned beforetesting. The walues stated in SI units are to be regarded as thestandard. The values given in parentheses are provided forinformation only. Thris stcariderd does not purport to address all of thesafery concers,if avry, associated with its use. Ir is rheresponsibilisy of rhe uaser of this standard ro estcblish appro-priate safery and health practices and deternie the applica-biliry of vegulatory liirations prior to use. About Martindale Pilling Tester The martindale pilling tester is used to determine the pilling resistance of all kinds of textile structures.  The upgraded Martindale abrasion and pilling tester features several improvements. It is driven by a dual servo system, which enhances its performance and accuracy. The tester generates a standard Lissajous figure motion trajectory. Test Procedure 1 All tests shall be conducted under standard environmental conditions. 2 Place a standard 140mm diameter wool felt disc and a fabric test specimen onto each operating platform. Position a circular foam disc measuring 38mm in diameter and 3mm in thickness, along with a specimen of identical dimensions, within the specimen holder, ensuring both specimens face outward. 3. Position the specimen holders on platforms containing identical fabric samples. Insert rods into each specimen holder to apply 3 kPa pressure to the 140 mm diameter specimens. This pressure is consistent with other tests and requires no additional...

DIN 53516 DIN Abrasion Tester: Guide to Avoiding Pitfalls When Choosing Shoes The abrasion resistance of shoe soles is one of the most important indicators for evaluating the quality of footwear products. For manufacturers and brand owners, ensuring that soles have excellent wear resistance and extended service life has become a crucial aspect of production and quality control. The Core Significance of Sole Abrasion Resistance Abrasion resistance is one of the key performance indicators for sports shoe soles, directly influencing both user experience and product lifespan. During activities such as running and jumping, soles endure varying degrees of friction and wear. If the soles lack sufficient abrasion resistance, issues like cracking, peeling, or delamination may occur, which can lead to safety hazards and consumer complaints. Good abrasion resistance not only ensures the structural stability of the sole but also helps absorb impact effectively, protecting foot health. As a vital part of reliability testing, abrasion testing helps manufacturers identify potential risks early, improve overall product quality, reduce rework and after-sales issues, and build a positive brand reputation. What is DIN 53516? DIN 53516 is a German industrial standard established by the Deutsches Institut für Normung (DIN), the German Institute for Standardization. This standard specifically defines a method for testing the abrasion resistance of rubber materials. It provides a precise and consistent methodology to evaluate the wear properties of rubber and elastomeric materials, ensuring uniformity and comparability across different batches and manufacturers. Why Choose DIN 53516 as the Abrasion Standard for Sports Shoe Soles DIN 53516 is a wear resistance testing specification for rubber soles developed by the German Industrial Standards Organization. Its testing method simulates the frictional conditions experienced by soles during real-life use, effectively assessing the material’s resistance to wear. Compared with other abrasion testing standards, DIN 53516 offers higher accuracy and repeatability, providing a more realistic representation of how sole materials perform under various environmental conditions. Purpose and Scope The main purpose of DIN 53516 is to establish a standardized procedure for testing the abrasion resistance of rubber compounds. It applies to various types of rubber and elastomeric materials used in production, ensuring their suitability and durability for specific applications. How to select the appropriate instrument? Select an instrument that complies with the DIN 53516 standard. GESTER DIN Abrasion tester GT-KB03 is used to determine wear performance test of materials like elastic material, rubber, tires, conveyor belts, conveyor belts, shoe soles. Standards of DIN Abrasion tester: DIN-53516, JIS-K6369, JIS K6264-2,GB/T 20991 section 8.3, GB/T 20265, GB20266-2006, GB/T 9867, EN ISO 20344-2021 section 8.3, AS/NZS 2210.2 section 8.3, ISO...