Во-первых, текстильные украшения должны быть одного тона с мебелью, и в то же время гармонировать с остальной частью комнаты. Его также можно классифицировать по характеру использования, например, чехлы для стульев, чехлы для диванов и скатерти можно отнести к одному типу, телевизоры, колонки и т. д. можно отнести к одному типу; Каждый вид текстиля должен быть одного основного цвета, в противном случае в гостиной будет беспорядок.
Следует отметить, что рисунок узора скате... moreКак выбрать текстиль?
Во-первых, текстильные украшения должны быть одного тона с мебелью, и в то же время гармонировать с остальной частью комнаты. Его также можно классифицировать по характеру использования, например, чехлы для стульев, чехлы для диванов и скатерти можно отнести к одному типу, телевизоры, колонки и т. д. можно отнести к одному типу; Каждый вид текстиля должен быть одного основного цвета, в противном случае в гостиной будет беспорядок.
Следует отметить, что рисунок узора скатерти лучше всего делать в простом и естественном светлом тоне, не слишком много и не слишком ломано, а размер его площади должен соответствовать размеру накрываемой мебели;
Чехлы для телевизоров, чехлы для вентиляторов и т. д. в основном используются для предотвращения пыли и защиты от солнца, поэтому следует выбирать более плотные ткани, такие как вельвет, вельвет, волокнистая ткань и т. д.; простыни, наволочки и т. д., хотя они практичны. предметы, но при правильном выборе также могут украсить комнату.
При выборе текстильных украшений следует учитывать их назначение, а также потребности пола, стен, мебели, цвет, узор и другие аспекты.
Соответствующее лабораторное испытательное оборудование:
тестирование текстиля, оборудование для тестирования текстиля, инструменты для тестирования текстиля, машина для испытания текстиля на растяжение, ткань, машина для испытания на растяжение, испытание всего текстиля, тестер на скручивание в текстиле, машина для испытания текстиля, тестер стойкости цвета ткани к стирке, тестер прочности на растяжение ткани, тестер прочности на разрыв , тестер стойкости к стирке, тестер Мартиндейла на истирание и пиллинг, испытание на прочность на разрыв, тестер прочности на разрыв ткани
The Mask Particle Filtration Efficiency (PFE) Tester is a tester used to determine the particle filter permeability and filtration efficiency of respiratory protective equipment and face masks. The tester with particle generator can provide lvhuana particles and paraffin oil particles. It can measure particle penetration, filtration efficiency and breathing resistance ΔP. It is widely used in quality control, R&D, certification, manufacturin... moreT443 Mask Particle Filtration Efficiency (PFE) Tester
The Mask Particle Filtration Efficiency (PFE) Tester is a tester used to determine the particle filter permeability and filtration efficiency of respiratory protective equipment and face masks. The tester with particle generator can provide lvhuana particles and paraffin oil particles. It can measure particle penetration, filtration efficiency and breathing resistance ΔP. It is widely used in quality control, R&D, certification, manufacturing or testing industries etc.
Taber tests involve mounting a flat specimen approximately 100mm square or round to a turntable platform that rotates on a vertical axis at a fixed speed. The standard material thickness that...
Non-destructive testing (NDT) methods include a wide range of analytical techniques to evaluate a variety of materials, elements, welds, systems, etc., without causing any damage or harm to the...
WVU Davis College cuts ribbon on new textiles testing laboratory
The Amy A. Bircher Textiles Testing Laboratory was designed as a creative space for fashion, dress and merchandising students in the Davis College. The textiles testing laboratory was made possible by a $200, 000 gift from Amy A. Bircher, for whom the laboratory is named.
A 1993 graduate of the Davis College with a degree in textiles, clothing and fashion merchandising, Bircher has become a leader in the textile industry. She wor... moreWVU Davis College cuts ribbon on new textiles testing laboratory
The Amy A. Bircher Textiles Testing Laboratory was designed as a creative space for fashion, dress and merchandising students in the Davis College. The textiles testing laboratory was made possible by a $200, 000 gift from Amy A. Bircher, for whom the laboratory is named.
A 1993 graduate of the Davis College with a degree in textiles, clothing and fashion merchandising, Bircher has become a leader in the textile industry. She worked with WVU to create the lab to provide fashion, dress and merchandising students with essential hands-on experience dyeing, printmaking, crocking, abrasion testing, tensile strength testing, yarn twisting, and colorfastness.
Bircher is the CEO of MMI Textiles Inc., a premier supplier to the textile marketplace. MMI Textiles produces fabrics, webbing, binding tape, hook and loop, hardware, label, and more. The company seeks to initiate innovation through collaborative partnerships, a focus on customer satisfaction, and sustainability.
Davis College Dean and Director Darrell Donahue said the project has been in the works since before he became dean, about a year and a half ago, so he was not involved in the initial stages of the textile lab's development.
Donahue said it might be too early to determine the potential benefits the textiles testing lab might present to the Morgantown area as a whole, but there has been discussion between him and Bircher about textiles in the state of West Virginia.
He said there is some movement in the United States to bring textiles manufacturing back to the country, which lost a lot of its domestic textiles manufacturing in the 1980s to overseas markets. He said Morgantown did have a thriving textiles industry in the 20th century, and as WVU students and faculty begin to look at new textiles, it's possible the industry could begin to return to the area.
"We could see small startup companies branching out from the university, from research projects and interest of students in doing some of these basic material properties of textiles, " Donahue said.
He said he thinks Bircher's vision for the textiles testing lab was foundational and opened up various opportunities for the Davis College and its students. With the addition of the lab, Davis College faculty can begin to write grants and reach out to other people who may be willing to support the lab to bring in other types of material testing equipment.
He said the lab has also made it possible for WVU and its fashion, dress and merchandising to be program a focal point similar to North Carolina State University's textile and materials lab, which is regarded as the standard in the industry in the United States.
Donahue said that was one of Bircher's visions, too—that the university would build a lab around what she has done that could help people in the textiles industry have options in testing the products they're making.
"She had the foresight and insight to provide the foundational monies to set us up for success, to really broaden that lab and make our lab both collaborative and competitive with other labs across the United States, " Donahue said.
While Donahue has not been involved with the project of its entirety, Davis College Visiting Assistant Professor of Fashion, Dress and Merchandising Elizabeth Shorrock has.
Shorrock said she was initially hired for one semester three years ago. During that semester, she conversed with a colleague who told Shorrock about Bircher. Shorrock got Bircher's contact information in the hopes of making a connection and arranging for Bircher to donate textiles or excess fabric to students.
Shorrock said during conversations, Bircher bemoaned the fact that the Davis College's fashion, dress and merchandising program was no longer as focused on textiles as it was when Bircher attended the university. They discussed what they would like to see happen at the university and the relationship between Shorrock and Bircher made both women's dreams a reality.
She said the initial focus of the textiles testing lab is to expand the Introduction to Textiles class, which has been limited because the university has not had a space to house necessary equipment or facilitate tests that involve chemicals and water.
"This fall, I will have the ability to bring students down to the lab and do all of these hands-on experiments, so they get further knowledge or exposure to different aspects of textiles and different aspects of the textiles industry and what tests are involved, " Shorrock said.
She said an additional benefit of the lab is it can be used as a dyeing and printing lab, and can serve as an open studio for students when it is not being used for the Introduction to Textiles course.
"Our focus is on sustainability, so we are really exploring and working with natural dyes and we are actu.
QISNUN Medical Protective Clothing Moisture Permeability Tester
Shanghai Qianshi medical protective clothing moisture permeability tester is suitable for testing the water vapor permeability of textiles and textile composite materials (especially sportswear fabrics).
Fabric moisture permeability tester----working principle:
In the environment of constant temperature and humidity, cover the sample on the sample dish with water, after a certain period of time, the water vapor permeates from the... moreQISNUN Medical Protective Clothing Moisture Permeability Tester
Shanghai Qianshi medical protective clothing moisture permeability tester is suitable for testing the water vapor permeability of textiles and textile composite materials (especially sportswear fabrics).
Fabric moisture permeability tester----working principle:
In the environment of constant temperature and humidity, cover the sample on the sample dish with water, after a certain period of time, the water vapor permeates from the fixed sample area. Pass rate and water vapor transmission index.
Fabric moisture permeability tester----parameters:
Temperature range: 20～60℃
Humidity range: 40 to 95% (without load)
Temperature accuracy: ±0.5°C (without load)
Humidity accuracy: ±3% (without load)
Refrigerator: air-cooled closed compression method
Cooler: fin cooler
Humidifier: Pot-type humidifier (with an empty-burning preventer)
Heater: Fin radiator (with over temperature preventer)
Blower: Fan (one on each side)
Wind speed adjustment range: 0.5～1.5m/s
Rotary frame: upper and lower two sections (270mmφ)
Indoor size: about W400×D360×H500mm
Power supply: AC 220V 50Hz
Dimensions: about W1100×D550×H1470mm
What are the commonly used wear tests in the world?
In today's society, there are four kinds of testing instruments widely used in abrasion resistance: abrasion testing machine, scratch testing machine, oscillation testing machine and linear abrasion testing machine. The formulation of the coating wear resistance test method standard unifies and standardizes the testing methods and quality requirements of different materials, and also provides the design basis that must be followed for the deve... moreWhat are the commonly used wear tests in the world?
In today's society, there are four kinds of testing instruments widely used in abrasion resistance: abrasion testing machine, scratch testing machine, oscillation testing machine and linear abrasion testing machine. The formulation of the coating wear resistance test method standard unifies and standardizes the testing methods and quality requirements of different materials, and also provides the design basis that must be followed for the development of various standard wear resistance test instruments. Below, Shanghai Qianshi will introduce several common wear tests for you.
So far, industrialized countries have corresponding wear test methods for different materials. For example, the Japanese Industrial Standard JISH8503 stipulates the wear resistance test methods of metal films; JISH8615 describes the wear resistance test of chromium electroplating layers; another example is the American material test. Association standards ASTMD968-93 and ASTMD658-81 (86) stipulate that the wear resistance of organic coatings is determined by the falling sand method and sandblasting method respectively; while in the international standard SO7784.2-97, the rotating friction rubber wheel method is used to determine the color. Abrasion resistance of paints and varnishes; in IS08251-87 and JISH8682, it is stipulated that the friction wheel abrasion tester is used to determine the abrasion resistance of the anodic oxide film on the surface of aluminum and aluminum alloys.
GB/T7762-2003 chambre d'essai de vieillissement du caoutchouc
La chambre d'essai de vieillissement à l'ozone pour caoutchouc est générée par un générateur d'ozone pour produire une forte concentration d'ozone, peut être utilisée pour les matériaux non métalliques, les matériaux organiques (peinture, caoutchouc, plastique, peinture, pigment, etc.) dans les conditions d'ozone de l'essai de vieillissement.
1、Taille du studio (mm) : 350×350×410
2、Concentration d'ozone : 10～1000pphm.(réglable)
3、... moreGB/T7762-2003 chambre d'essai de vieillissement du caoutchouc
La chambre d'essai de vieillissement à l'ozone pour caoutchouc est générée par un générateur d'ozone pour produire une forte concentration d'ozone, peut être utilisée pour les matériaux non métalliques, les matériaux organiques (peinture, caoutchouc, plastique, peinture, pigment, etc.) dans les conditions d'ozone de l'essai de vieillissement.
1、Taille du studio (mm) : 350×350×410
2、Concentration d'ozone : 10～1000pphm.(réglable)
3、Ozone déviation de concentration : ≤5%.
4、Température de la salle de test : 50℃～60℃
5、Perte de température：±0.5℃
6、Uniformité : ±2℃
7、Débit de gaz d'essai : 20～80L/min
8、Dispositif d'essai : statique (avec 3 jeux de gabarits de traction manuels)
10、Source d'ozone : générateur d'ozone (utilisant un tube à décharge silencieux sous tension pour produire de l'ozone).
11、Sensor : capteur de concentration d'ozone importé de Grande-Bretagne, peut réaliser un contrôle précis.
12、L'instrument adopte le contrôleur de température de type "TMC-7512Z" produit par YHC, une société en joint-venture, avec un contrôle intelligent PID, un contrôle précis de la température et une forte capacité à supprimer les dépassements de température.
13、Tableau secondaire : MCGS7062KX64 bit true color 7 pouces écran tactile.
14、Cet équipement répond aux normes : GB/T7762-2003 ASTM1149 ISO1431
mot-clé :
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The Abrasion Resistance Tester is a machine that can be used to perform physical performance tests. Universal is just a multi-functional testing machine. The relevant standard stipulates that a testing machine with two or more test capabilities is called a universal testing machine. According to the mechanical principle analysis, the mechanical test is divided into tensile force, pressure, bending force, shear force, torsion force, fatigue, vibration, etc., so the corresponding mechanical testin... moreThe Abrasion Resistance Tester is a machine that can be used to perform physical performance tests. Universal is just a multi-functional testing machine. The relevant standard stipulates that a testing machine with two or more test capabilities is called a universal testing machine. According to the mechanical principle analysis, the mechanical test is divided into tensile force, pressure, bending force, shear force, torsion force, fatigue, vibration, etc., so the corresponding mechanical testing machine also has tensile testing machine, pressure testing machine, bending testing machine , Shear testing machine (this is relatively rare), torsion testing machine, fatigue testing machine, vibration testing machine. The traditional universal testing machine generally has four functions of tension, compression, bending and shearing at the same time. If tension and torsion are done on one device at the same time, we generally call it composite performance Abrasion Resistance Tester.
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