Color luminous polyester plastic piece and manufacture method of short fibers thereof

A manufacturing method and short fiber technology, applied in the field of chemical polyester fiber manufacturing, can solve the problems of short duration, low luminous brightness, limited application fields, etc., and achieve the effects of long luminous time, stable chemical properties, and high brightness

Inactive Publication Date: 2010-06-30
SHANGHAI XINDILUN IND +2
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The first and second-generation luminescent materials have certain limitations in their application fields due to their toxicity and radioactivity to the human body, as well as the disadvantages of low luminous brightness and short duration.

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0011] 1. Preparation of luminescent polyester plastic parts slab and luminescent polyester masterbatch

[0012] Dry the rare earth aluminate luminescent compound and the polyester chips and mix them uniformly with EBS (vinyl bis stearamide) at a ratio of 15-20% by weight: 78.5-84%: 1-1.5%, and then pass through a twin-screw Blending, melting, extruding, and cooling with water to prepare 15-20% light-emitting polyester plastic parts slab and light-emitting polyester masterbatch.

[0013] 2. Manufacture of luminous polyester staple fiber

[0014] The luminescent polyester masterbatch and polyester chips are uniformly mixed at a ratio of 20%:80%, melted, extruded, and metered through a screw spinning machine, and then enter the spinning box and spinning assembly, and then cooled and oiled by the surrounding air. , winding, balancing, bundling, oil bath heating, drawing, crimping, relaxation heat setting, cutting, packing, to obtain luminescent polyester staple fibers containing...

Embodiment 2

[0023] 1. Preparation of luminescent polyester plastic parts slab and luminescent polyester masterbatch

[0024] Dry the rare earth aluminate luminescent compound and the polyester chips and mix them uniformly with EBS (vinyl bis stearamide) at a ratio of 20-30% by weight: 68-78.5%: 1.5-2%, and then pass through a twin-screw Blending, melting, extruding, and cooling with water to prepare 20-30% light-emitting polyester plastic parts slab and light-emitting polyester masterbatch.

[0025] 2. Manufacture of luminous polyester staple fiber

[0026] The luminescent polyester masterbatch and polyester chips are evenly mixed at a ratio of 22%:78%, melted, extruded, and metered through a screw spinning machine, and then enter the spinning box and spinning assembly, and then cooled and oiled by the surrounding air. , winding, balancing, bundling, oil bath heating, drawing, crimping, relaxing heat setting, cutting, and packaging to obtain luminous polyester staple fibers containing 4....

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Abstract

The invention relates to the manufacture field of chemical polyester fibers, relating to a luminous material, in particular to a color luminous polyester plastic piece and a manufacture method of short fibers thereof. The luminous material belongs to an aluminate fluophor series of rare-earth Eu, uses strontium aluminate or calcium aluminate as a substrate, adds a rare-earth Eu as an activator and adds mid-heavy rare earth of Dy or Nd as auxiliary activators. EBS (Ethylene Bis Stearamide) is used as a dispersant. The luminous compound adopted by the invention is a self-luminous material of rare-earth aluminate and has the advantages of long illumination time, strong brightness, stable chemical properties without toxicity, harm or radioactivity, and the like. After being illuminated by natural light or fluorescent light for 10-20 min, the product can continuously illuminate for 6-10h in dark and be repeatedly used without limit.

Description

technical field [0001] The invention relates to the field of chemical polyester fiber manufacturing, in particular to designing a luminescent material, in particular to a method for manufacturing colored luminescent polyester plastic parts and short fibers thereof. Background technique [0002] Seeking to develop new energy sources and light sources has become the common pursuit of people in the world today. With the maturing of optoelectronic technology, many countries have turned their research focus to realize the light-to-light conversion of materials, that is, light storage materials. [0003] The first and second-generation luminescent materials have certain limitations in their application fields due to their toxicity and radioactivity to the human body, as well as the disadvantages of low luminance and short duration. The third generation of light-storing materials came out in the 1990s, mainly rare earth aluminate series of light-emitting materials, which have the ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C08L67/02C08K3/24C08K5/20D01F6/92D01F1/10D01D5/08
Inventor 张建君童勤荣徐剑秋吴光泽孙祖安夏海天蔡国治张恒吴文琴陈海雄成超
Owner SHANGHAI XINDILUN IND
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