loading

Gester Instruments | Professional Textile, Footwear and PPE  Testing  Equipments Manufacturers Since 1997


Products
Test Standard
Products
Test Standard

Where did the mask come from?

It was not until 1275 that people saw the 'mask' in historical records again. 'Marco Polo's Travel Notes' records: 'In the palace of the Yuan Dynasty, people who offered food used silk cloth to cover their mouths and noses to give their breath and not touch the food.' The eunuch who delivered meals to the emperor and the queen The maid, in order to prevent her breath or saliva from contaminating the master's meals, she covered her mouth and nose with silk cloth. Masks are really used in medicine, it is a modern thing. In 1861, the French microbiologist Pasteur who invented the 'pasteurization method' used a gooseneck flask experiment to prove that pathogenic bacteria exist in the air, which can cause various diseases. Despite this conclusion, at the time, doctors still did not associate breathing with the spread of bacteria. They only used carbolic acid to sterilize surgical instruments, requiring surgeons to wear surgical gowns, surgical caps, and rubber gloves. In the decades that followed, doctors often lived in frustration-the first day they felt that the operation was very successful and cut off a piece of rotten flesh from the patient. The next day I saw, alas, how come people are dying? After struggling to rescue, the patient was forcibly taken away by death. In 1895, German pathologist Ledersch speculated that it was the saliva carried by the medical staff when they were speaking that caused the infection of the patient's wound. He suggested that doctors and nurses wear a mask made of gauze that can cover the nose and mouth during surgery. This move was really effective. The rate of wound infections in patients was greatly reduced. Doctors from all over the world followed suit, and masks were promoted in the European medical community. Lederch's version of the mask is nothing more than a layer of gauze glued to the surgeon's mouth, nose, and beard. It is tightly wrapped, uncomfortable, and it is often wet and sticks to the face damply. After evaluation by many medical staff, the original masks are too comfortable to use and urgently need to be modified. In 1897, a British surgeon installed a thin iron wire bracket in the gauze to leave a gap between the gauze and the nose and mouth, which overcomes the weakness of poor breathing and easy saliva wetness. Two years later, French doctor Paul Bertie invented a 6-layer gauze mask, which can be tied freely and attached with a loop strap that can be hung on the ear. The modern masks that are still in use today were born. From 'protecting patients from infection' to 'protecting oneself from infectionDuring the spread of the epidemic, people were forced to wear masks, and some passengers were refused by the tram conductor because they did not wear masks. Since then, masks have been widely used in preventive measures for respiratory infectious diseases, and have entered the homes of ordinary people. I get tired of wearing medical masks, and various trendy brands have launched accessory masks. Camouflage style, industrial style, Harajuku style labels are printed, plus a striking brand LOGO, the price can be doubled dozens of times, and the expensive one costs four to five hundred yuan. They have a long history and lasting effectiveness: a suitable mask can save you and me from fire and water.

GET IN TOUCH WITH Us
recommended articles
What Are the ISTA Standard Tests and ISTA Testing Equipment?
ISTA (International Safe Transit Association) standard tests are globally recognized transportation packaging test procedures designed to evaluate the safety and reliability of products and their packaging throughout the logistics chain. By simulating real-world transportation conditions such as drops, vibration, impact, stacking, and compression, ISTA testing helps identify potential packaging weaknesses before products enter large-scale distribution. ISTA testing equipment—including drop testers, vibration testers, incline impact machines, and compression testers—plays a critical role in accurately reproducing these conditions under laboratory settings. Proper selection and use of ISTA-compliant equipment enable manufacturers to reduce transportation damage, lower return costs, enhance packaging design, and improve customer confidence in product quality and logistics safety.
 Fabric Pilling Test: How to Choose the Right ICI Pilling Box Tester GT-C18
Fabric pilling directly affects the appearance, durability, and perceived quality of textile products. With global textile brands enforcing stricter testing standards, reliable laboratory testing equipment has become essential for manufacturers. This article explores how fabric pilling tests are conducted and why textile laboratories increasingly invest in professional ICI pilling box testers such as the GT-C18. It explains the advantages of in-house testing, international compliance requirements, key machine components, and important parameters buyers should evaluate before purchasing a pilling tester. By selecting the right equipment, textile companies can achieve faster quality verification, reduce dependence on third-party laboratories, and ensure their fabrics consistently meet international market standards.
Understanding Universal Tensile Testing machine: Feature, Operation
Discover how universal testing machines perform tensile, compression, bending, and peel tests on metals, plastics, rubber, and composites. Features include servo motors, 0.001mm resolution, RS232 data, and safety systems. Step-by-step operation guide included.
Everything You Need to Know About the Hydrostatic Head Tester
A hydrostatic head tester evaluates the waterproof capability of textiles, automotive interiors, and industrial materials. This guide covers its working principle, core components, global test standards (ISO, AATCC, EN), and a detailed testing procedure to ensure accurate results.
Understanding the Color Fastness To Washing Testing Machine GT-D07
The GESTER GT-D07 Color Fastness To Washing Testing Machine is designed to evaluate the color durability of dyed fabrics under washing and dry-cleaning conditions. By simulating real washing processes, it helps determine how resistant a fabric is to fading and staining, ensuring consistency, reliability, and compliance with international standards. With stainless-steel construction, safety features, and precise temperature and timing control, the GT-D07 provides an efficient and standardized testing solution for textile manufacturers worldwide.
Understanding 3 Positions DIN Abrasion Tester : A Comprehensive Guide
This comprehensive guide explains the 3-Position DIN Abrasion Tester, a rotary drum instrument simulating real-world wear to quantify material abrasion resistance. Learn its working principle (mass/volume loss measurement under controlled friction), key features (touch-screen control, automated dust cleaning), and applications across rubber, tires, footwear, and conveyor belts. Discover compliant standards (DIN 53516, ISO 4649, ASTM D5963), step-by-step operation procedures, and essential mainte
What is the Safety Glove & Shoe Upper Cutting Tester GT-KC29
The Safety Glove & Shoe Upper Cutting Tester GT-KC29 is a high-precision testing instrument developed to measure the cut resistance performance of safety gloves and footwear uppers. In industrial and construction environments where sharp tools and metal edges pose significant injury risks, the GT-KC29 provides a reliable evaluation method by simulating real cutting motion. This tester meets EN 388 section 6.2, ISO 20344:2021 section 5.23, GB/T 20991 section 6.14, and other global standards, making it essential for PPE manufacturers, testing laboratories, and quality control departments. With automated operation, high repeatability, and multi-standard compliance, it helps companies improve product safety levels, enhance global competitiveness, and ensure superior protection for end users.
ISO 17694 / ISO 5402-1: Footwear Flexing Resistance Test Methods
Footwear soles and uppers endure thousands of flex cycles during use, risking premature cracking, delamination, or chipping if material resistance is inadequate. This technical analysis details two critical international standards:

1. ISO 5402-1: Specifies the flexometer method for testing leather flex resistance under repeated bending.

2. ISO 17694: Defines test methods for footwear upper and lining flex resistance, simulating real-world bending stress to assess long-term durability.

C
What is the Use of Air Permeability Tester?
An air permeability tester measures how easily air passes through textiles, nonwovens, and other materials, directly impacting comfort (heat/moisture management) and performance (wind resistance, filtration). This guide explains how digital testers work using pressurized airflow, details step-by-step testing procedures (including nozzle selection), and covers key applications in apparel, medical, automotive, and industrial sectors. Explore compliant standards (ISO 9237, ASTM D737, GB/T 5453) and
Shoes & Leather - Guangzhou 2025: GESTER Showcased Footwear testing Equipment on Site
GESTER impressed at Shoes & Leather Guangzhou 2025 by exhibiting high-precision footwear testing equipment like the DIN Abrasion Tester and Bally Flexing Tester, essential for quality control in shoe production. The event fostered industry collaboration, with GESTER attracting global buyers and strengthening partnerships.
no data
QUANZHOU GESTER INTERNATIONAL CO.,LTD gains certificates of ISO 9001, 3A and SGS Audited supplier etc. with advanced design concept, excellent manufacturing technology and strict quality control.
WeChat

Contact us
Tel: +86-595-28886108 
Fax: +86-595-22515221
E-mail: sales10@gester-instruments.com,
                 info@gester-instruments.com
Mobile/Whatapp/ Wechat:  
             + 86 018059983973
Address:  Block 402,4th floor, f buliding, shengfulan business Center, no.577 jitai road, economic and  Technological development zone quanzhou of fujian.China.
Customer service
detect