At that time, the buttons had just begun to apply. Western nobles made custom buttons with gold, silver, copper, ivory, and even gems. Commonly, civilians used cloth buttons wrapped in cloth. Visible from the modification function is also very important.
An ordinary dress, adorned with uniquely designed buttons, can show a plain or noble taste. The buttons also have an ornamental and treasured function.
In the thirteenth and sixteenth centuries, people began to use cheap materials such as bones, wood, and brass. Military uniforms used copper, iron, tin, etc., while nobles made buttons for rare precious metals.
Seventeen time began to popular cloth button and embroidery button.
The industrial revolution began in the eighteenth century. Due to the large-scale production of mechanization, metal buttons were popular.
In the middle of the nineteenth century, women's fashion began to use buttons. Japanese porcelain buttons are popular in Europe and America.
In the 1930s and 1940s, the use of synthetic materials, bakelite/cellul, began. In the 1950s, new plastic materials were invented.
During World War II, the lack of materials, due to the practical use of buttons, metal buttons noble, so that it resumed its popularity.
From 1940 to 1950, shell buttons are widely used. Nylon/plastics, etc. can be produced in large quantities to meet the growing demand for garments. They are widely used. Nylon/plastic, etc. have proliferated, but shells and other products have been slow to produce because of the same fashion trends.
In the 1980s, plastics were used to produce exquisite and unique, inexpensive buttons, and plastics were greatly utilized.
Since the beginning of the 1990s, there has been an increase in the awareness of embracing shells, fruits, and other natural materials.
Until now, the use of shells and fruit buttons in high fashion and men's wear is still a selling point.
Imitation shells, fruit buttons are also popular in the market, there are nylon buttons, resin buttons, urea buttons and so on.
4/ into the mold method: the raw material into the molding machine to heat and melt, and then by the rotating tube pressure injection mold, and then water-cooled stereotyped into buttons.
Italy's Bonetti company invented a laser computer controlled automatic engraving machine, making an epoch-making contribution to the button industry.
The laser can sculpt any text and pattern on the surface of any button, including uneven shells, except metal.
The great energy of the laser light source is due to precise oscillations between the electrons, thereby generating intensifying energy. The substance that produces this effect can be a solid, a gas, a semiconductor, or a liquid. The laser generated by the gas is stable in light waves and is convenient to use.
Buttons are patterned by gas lasers based on pre-entered computer programs.
Process data: laser source-CO2; work surface: D50mm; maximum speed: 3000mm/s; focus diameter: 0.15-0.25mm; accuracy: 0.15mm; width of the ruled line: 0.15-10mm; working distance: 80mm; : 7L/pcs.
The craft button refers to a button made with a human hand or a semi-automatic machine.
From the 18th century to the present, Europe has been producing process buttons. The Chinese production process button has a history of thousands of years.
Due to the limited production of manual or simple semi-automatic machines, each button is unique.
Crafts are: hand-painted, hand-carved, hand-made, semi-automatic cloth, etc.;
Raw materials: shells, plants, animals, minerals, resins, etc.
Due to the strong interest in arts and crafts and the leading role and awareness of environmental protection in the fashion industry in Europe today, the craftsmanship button is once again popular.
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