USA Delta Tower Upgrade Formula Forecast Software Island Launches 3D Fabric Design System

U.S.A Delta The company has recently upgraded a MATCH TEXTILE printing and dyeing formulation prediction software. It combines powerful business intelligence software with a convenient interface to meet the needs of textile suppliers for the rapid formulation of new recipes.

The software can not only improve the accuracy of calculation formula, but also speed up the speed of color matching and reduce the waste of manpower and material resources. Its main features are: reducing the number of proofing samples, improving the efficiency and accuracy of proofing, summarizing the existing dyeing experience, and laying a solid foundation for developing new process formulations.

It can be customized according to the working mode of the laboratory and optimize the actual production situation of the enterprise. The accuracy and efficiency of the proofing can be improved by the laboratory formula, so as to achieve the goal of reducing production cost and improving production efficiency. It can automatically establish a user defined technical database for each dye, and ensure that the best formula can be preserved and managed.

In addition, it has multiple light source color distribution function, and it can also reduce the phenomenon of jumping light under four kinds of light sources.

Japan island fine group recently launched SDS-ONE APEX3 3D Fabric design System. The system can be used to design stripes and check patterns, jacquard patterns, double weaves. Jacquard pattern And other textile patterns.

The system can provide comprehensive support for textile product planning, production mode and color evaluation instruction list, product image and sales promotion output. It supports high quality color matching simulation, and can be used for monochrome, gradient, shadow and full color production.

In addition to using the built-in highly efficient color PANTONE database and chromatometer, it also has an automatic color matching function, which can instantly produce a specific theme or other evaluation color schemes. SDS-ONE APEX3 is also equipped with various modes of production tools to plan and create original designs.

Full support from production mode, duplication and color matching, color separation and fabric production to product simulation and sales promotion. In addition, the system also supports the simulation of high quality circular knitted fabrics. It can also produce a variety of structural types for single knitted fabrics and double faced knitted fabrics. The system was exhibited on the ~7 March 5th International Textile Exhibition held in Daegu, South Korea.

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The most obvious enhancement of glass nonwovens insulation lining is that it will not release formaldehyde. The organic compounds can improve the mixture of products and truly achieve "zero pollution".

In 2014, the United States launched the first glass non woven insulation lining for wall heating and ventilation system in the world. The most notable enhancement of the product is that it does not release formaldehyde. The volatile organic compounds carried by itself can improve the composition and detection results of products and wall surface materials, and truly achieve "zero pollution". At the same time, due to the smooth surface of the product and unique coloring changes, the glass nonwoven insulation lining can collect the indoor light and change color at any time according to the change of light. If you don't need this function, you simply need to paint simply on the surface of the product. In addition, glass nonwoven lining is another advantage of other building materials for its excellent fire resistance.

Kleinebrech, head of external publicity at Jia Si Wei Wei, said that the key challenges faced by the new generation of building nonwovens include two aspects: one is to deal with the stricter safety and hygiene requirements; the other is to improve the thermal insulation performance while maintaining or even reducing the thickness of the building materials. The thin sheets in the glass nonwoven lining are achieved through the stitching technology.