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In August, it was also a good season to go out and fly. The donkeys in all directions were already busy with equipment sorting and route finalization. There were everything for hiking, climbing, crossing, rock climbing, and driving. As the saying goes: Thousands of miles begins with a single step, and donkeys don't forget to configure yourself with a pair of professional functional outdoor shoes to ensure safety while enjoying ultimate comfort. How can I choose a pair of shoes suitable for my footsteps and outdoor environment? Xiao Bian has recently been fortunate to visit the magical Gore outdoor park, followed by Toread, Nikko, Montrail and Lowa on foot using GORE-TEX® XCR® technology. The shoes, in the overflowing experience pool and the weather-behind room that looks like being in the outdoors, have fully experienced how a top brand of outdoor footwear is made, how to achieve all-weather comfort and good quality, and guarantee “guarantee you to dryâ€.
"Porous Thin Film Technology" + "All-Weather Comfort"
After strict training of outdoor shoe salesmen mentioned that outdoor shoes is very important for outdoor travel, especially in the current season, most donkeys choose to walk on foot, and the protection of the footsteps is extremely important. Professional functional outdoor shoes, first of all need to have very good waterproof and breathable features, and the most important mystery lies in the use of porous high-tech film materials. The United States Gore Corporation was the first company to use PTFE to produce the film. GORE-TEX® films have more than 1.4 billion micropores per square centimeter. These micropores are 20,000 times smaller than water beads and 700 times larger than water molecules, which makes GORE-TEX® The film can completely prevent the ingress of external water while allowing sweat to escape from the inside.
The GORE-TEX® brand of outdoor shoes advocates the “all-weather comfort†concept, emphasizing the high quality of the product, not being satisfied with a particular environment, but applicable to any environment and any temperature. GORE-TEX® outdoor shoes are designed for intense sports; GORE-TEX® XCR® technology outdoor shoes are designed for high ventilation and stylish sports. It is uniquely waterproof, breathable, wicking, and does not run any longer. It can provide your feet with lasting comfort and perfect protection under any adverse weather conditions. Its all-weather temperature micro-circulation adjustment system can provide perfect solutions for both feet (Climate Comfort): hot climate, perspiration system play a role, its strong permeability and wicking performance guarantee dry and comfortable feet; cool and cold, its temperature The control system can ensure that the feet are free of wet and cold problems and stay warm and dry all the time.
Guarantee high quality product verification
Each new pair of GORE-TEX® shoes samples will be subjected to rigorous testing in Gore's test lab. Not only does the style of the GORE-TEX® shoes have to be tested, but the entire system including external materials, insulation, film and linings is tested to see if it can withstand the harshest conditions. Play under the best performance. Only when a pair of shoes meets the high quality performance requirements of GORE-TEX® (GortexTM) products can it be mass-produced.
Unique two-way testing process
Examining whether a pair of outdoor shoes truly meet the professional standards for outdoor products requires an extremely rigorous testing and verification process. All manufacturers are likely to say that their shoes are world-class functional products, but the United States Gore can guarantee that GORE-TEX® (GoldersTM) products than any other functional fabrics have been tested Many, all products have been tested and tested harshly from the inside out, even including the test of the material itself, "product + material" constitutes a two-way test. Includes performance, comfort, siphon and field tests.
Test one: performance test
One: Centrifugal detector: The centrifugal monitor rotates a shoe filled with water around a mid-axis height, and strong pressure forces water through any small hole. In this way, any leaking place will be quickly detected.
Second: Water vapor transmission rate (MVTR): used to measure how much water vapor can pass through within 24 hours. Gore specifically designed performance testing methods that take into account the comfort and breathability of shoes, combined with product usage, under actual conditions.
The third: breathability index: monitoring is used to measure the breathability of the fabric. The smaller the resistance of the fabric to water vapor transmission, the better the air permeability.
No. 4: Waterproofness test: The fabric is soaked in simulated rainfall and checked for wet areas.
No. 5: Durability Test: Shoe/shoe flexion test. Each new GORE-TEX® footwear product is designed to use a sandpaper to apply a sufficient amount of moisture to the mechanical foot. Perform 300,000 flexing tests in water. The friction can last for hours or even days.
Sixth: MARDINDALE wear resistance test: In order to test the wear resistance of the fabric, apply a certain pressure on the material or wool repeatedly rubbing. According to the required wear resistance of the fabric, strong friction can continue for hours or even days.
Test two: comfort test
Gore developed a comfort test to test the breathability of shoes. The shoes that were tested were placed in a temperature-controlled room and an artificial foot that “sweats†was placed in the shoes. Using the test of the transfer and absorption of moisture within the shoe, and based on the end use of the shoe, determine the minimum quality standard that this shoe can use in a certain climate. A pair of GORE-TEX® shoes with XCR® product technology designed for a warm environment, with its climate test elements and a pair of GORE-TEX® with a thermal layer for winter wear (Goldt) TM shoes are completely different. Gore has invested millions of dollars in researching the climate comfort of shoes over the past decade.
Test three: siphon test
Not only is GORE-TEX® (GoldsTM) lining critical to the long-lasting waterproof performance of GORE-TEX® shoes, but other materials on the upper are also important. These materials are Must be dialed. This is because the water-absorbing material will transfer moisture to the edge of the upper through the siphon action and will eventually be transferred to the shoe. For this reason, the materials used on the upper, from leather, rubber to sutures and shoelaces, have to be tested to determine their water absorption.
Test 4: Field testing
How can a product stand the test under realistic conditions? The only verification method is field testing, after all, not artificial shoes. All GORE-TEX® products must undergo severe field tests when entering retail channels. All GORE-TEX® shoes that have undergone laboratory and field testing numerous times and in various ways will not only make you feel comfortable, but will also provide you with all-round protection.
Test 5: Walk Simulator Test
This test is used to waterproof the GORE-TEX® shoes. The shoes under test were worn on a soft artificial foot with a sensor and walked 300,000 steps in the pool. This is roughly equivalent to walking 500 kilometers on wet grass or crossing a 500-kilometer stream. When moisture enters the shoe, the simulator stops working and the LED on the foot shows where it leaks. This test is especially suitable for siphoning.
TIPS:
Structural anatomy of GORE-TEX® shoes
"Porous Thin Film Technology" + "All-Weather Comfort"
After strict training of outdoor shoe salesmen mentioned that outdoor shoes is very important for outdoor travel, especially in the current season, most donkeys choose to walk on foot, and the protection of the footsteps is extremely important. Professional functional outdoor shoes, first of all need to have very good waterproof and breathable features, and the most important mystery lies in the use of porous high-tech film materials. The United States Gore Corporation was the first company to use PTFE to produce the film. GORE-TEX® films have more than 1.4 billion micropores per square centimeter. These micropores are 20,000 times smaller than water beads and 700 times larger than water molecules, which makes GORE-TEX® The film can completely prevent the ingress of external water while allowing sweat to escape from the inside.
The GORE-TEX® brand of outdoor shoes advocates the “all-weather comfort†concept, emphasizing the high quality of the product, not being satisfied with a particular environment, but applicable to any environment and any temperature. GORE-TEX® outdoor shoes are designed for intense sports; GORE-TEX® XCR® technology outdoor shoes are designed for high ventilation and stylish sports. It is uniquely waterproof, breathable, wicking, and does not run any longer. It can provide your feet with lasting comfort and perfect protection under any adverse weather conditions. Its all-weather temperature micro-circulation adjustment system can provide perfect solutions for both feet (Climate Comfort): hot climate, perspiration system play a role, its strong permeability and wicking performance guarantee dry and comfortable feet; cool and cold, its temperature The control system can ensure that the feet are free of wet and cold problems and stay warm and dry all the time.
Guarantee high quality product verification
Each new pair of GORE-TEX® shoes samples will be subjected to rigorous testing in Gore's test lab. Not only does the style of the GORE-TEX® shoes have to be tested, but the entire system including external materials, insulation, film and linings is tested to see if it can withstand the harshest conditions. Play under the best performance. Only when a pair of shoes meets the high quality performance requirements of GORE-TEX® (GortexTM) products can it be mass-produced.
Unique two-way testing process
Examining whether a pair of outdoor shoes truly meet the professional standards for outdoor products requires an extremely rigorous testing and verification process. All manufacturers are likely to say that their shoes are world-class functional products, but the United States Gore can guarantee that GORE-TEX® (GoldersTM) products than any other functional fabrics have been tested Many, all products have been tested and tested harshly from the inside out, even including the test of the material itself, "product + material" constitutes a two-way test. Includes performance, comfort, siphon and field tests.
Test one: performance test
One: Centrifugal detector: The centrifugal monitor rotates a shoe filled with water around a mid-axis height, and strong pressure forces water through any small hole. In this way, any leaking place will be quickly detected.
Second: Water vapor transmission rate (MVTR): used to measure how much water vapor can pass through within 24 hours. Gore specifically designed performance testing methods that take into account the comfort and breathability of shoes, combined with product usage, under actual conditions.
The third: breathability index: monitoring is used to measure the breathability of the fabric. The smaller the resistance of the fabric to water vapor transmission, the better the air permeability.
No. 4: Waterproofness test: The fabric is soaked in simulated rainfall and checked for wet areas.
No. 5: Durability Test: Shoe/shoe flexion test. Each new GORE-TEX® footwear product is designed to use a sandpaper to apply a sufficient amount of moisture to the mechanical foot. Perform 300,000 flexing tests in water. The friction can last for hours or even days.
Sixth: MARDINDALE wear resistance test: In order to test the wear resistance of the fabric, apply a certain pressure on the material or wool repeatedly rubbing. According to the required wear resistance of the fabric, strong friction can continue for hours or even days.
Test two: comfort test
Gore developed a comfort test to test the breathability of shoes. The shoes that were tested were placed in a temperature-controlled room and an artificial foot that “sweats†was placed in the shoes. Using the test of the transfer and absorption of moisture within the shoe, and based on the end use of the shoe, determine the minimum quality standard that this shoe can use in a certain climate. A pair of GORE-TEX® shoes with XCR® product technology designed for a warm environment, with its climate test elements and a pair of GORE-TEX® with a thermal layer for winter wear (Goldt) TM shoes are completely different. Gore has invested millions of dollars in researching the climate comfort of shoes over the past decade.
Test three: siphon test
Not only is GORE-TEX® (GoldsTM) lining critical to the long-lasting waterproof performance of GORE-TEX® shoes, but other materials on the upper are also important. These materials are Must be dialed. This is because the water-absorbing material will transfer moisture to the edge of the upper through the siphon action and will eventually be transferred to the shoe. For this reason, the materials used on the upper, from leather, rubber to sutures and shoelaces, have to be tested to determine their water absorption.
Test 4: Field testing
How can a product stand the test under realistic conditions? The only verification method is field testing, after all, not artificial shoes. All GORE-TEX® products must undergo severe field tests when entering retail channels. All GORE-TEX® shoes that have undergone laboratory and field testing numerous times and in various ways will not only make you feel comfortable, but will also provide you with all-round protection.
Test 5: Walk Simulator Test
This test is used to waterproof the GORE-TEX® shoes. The shoes under test were worn on a soft artificial foot with a sensor and walked 300,000 steps in the pool. This is roughly equivalent to walking 500 kilometers on wet grass or crossing a 500-kilometer stream. When moisture enters the shoe, the simulator stops working and the LED on the foot shows where it leaks. This test is especially suitable for siphoning.
TIPS:
Structural anatomy of GORE-TEX® shoes
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