Antistatic shirt collar compound velvet two-piece suit and production process thereof

A production process and technology for shirt collars, which are applied in the field of antistatic shirt collar velvet two-piece suits and their production technology, can solve the problems of uneven appearance and large static electricity problems of the two-piece suits, so as to improve wearing experience and washability. Good, functional warmth

CN107549887APending Publication Date: 2018-01-09桐乡市百代服饰有限公司
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Publication Date
2018-01-09

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Abstract

The invention provides an antistatic shirt collar compound velvet two-piece suit and a production process thereof. The antistatic shirt collar compound velvet two-piece suit comprises an inner layer,an outer layer and a false layer, the inner layer is a flannelette layer, the outer layer is a knitting fabric layer, the false layer is a shirt collar layer, the inner layer is spliced with the falselayer, the outer layer wraps the inner layer, and antistatic layers are arranged on the surfaces of the inner layer and the outer layer. The two-piece suit solves the problem of corner angles of theouter surface of an existing two-piece suit, is more comfortable to wear, quite novel in style, high in grade and good in heat insulating ability and has good static electricity resistance and wash resistance.
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Description

technical field

[0001] The invention relates to the field of functional clothing, in particular to a two-piece antistatic shirt collar plus fleece and a production process thereof. Background technique

[0002] Knitted fabric refers to the fabric formed by sequentially bending yarns into coils, and the coils are intertwined with each other. The process of yarn forming coils can be carried out horizontally or vertically. Horizontal weaving is called weft knitting, while longitudinal weaving is called weft knitting. Warp-knitted fabrics and knitted fabrics are divided into basic weaves, variable weaves and color weaves according to the coil structure and mutual arrangement. The basic weave is the basis of all knitted fabrics and consists of loops combined in the simplest possible way. Such organizations include weft knitting, ribbing, double reverse, warp knitting chain, warp flat, warp satin and so on. The change organization is formed by arranging another or several other ...

Examples

Embodiment 1

[0047] Add 45kg of adipic acid, 12kg of hexamethylenediamine, 35kg of polyetheramine, 0.2kg of phosphite, 3kg of silane coupling agent, and 2kg of carbodiimide into the reaction kettle at the same time and stir to raise the temperature to form a mixture. Turn on the motor and powder condenser And the cooling water of the total condenser pipeline; when the temperature in the tank rises to 120°C, turn off the heat medium and stir for 1 hour; The cooling water is half open, when the temperature rises to 250°C, add 3kg of sodium hypophosphite, and vacuumize, the vacuum degree is -0.1Mpa, and react for 1 hour; after reacting for 1 hour, turn off the vacuum, and cool the temperature in the tank to 180°C. Start unloading to obtain the antistatic agent, and dip the two-piece shirt collar fuzzing into the antistatic agent for padding treatment.

Embodiment 2

[0049] Add 50kg of adipic acid, 10kg of hexamethylenediamine, 35kg of polyether amine, 0.2kg of phosphite, 1kg of silane coupling agent, and 1kg of carbodiimide into the reaction kettle at the same time and stir to raise the temperature to form a mixture. Turn on the motor and powder condenser And the cooling water of the total condenser pipeline; when the temperature in the tank rises to 120°C, turn off the heat medium and stir for 1 hour; The cooling water is half open, when the temperature rises to 250°C, add 3kg of sodium hypophosphite, and vacuumize, the vacuum degree is -0.1Mpa, and react for 1 hour; after reacting for 1 hour, turn off the vacuum, and cool the temperature in the tank to 180°C. Start unloading to obtain the antistatic agent, and dip the two-piece shirt collar fuzzing into the antistatic agent for padding treatment.

Embodiment 3

[0051] Add 45kg of adipic acid, 12kg of hexamethylenediamine, 35kg of polyetheramine, 0.2kg of phosphite, 3kg of silane coupling agent, and 2kg of carbodiimide into the reaction kettle at the same time and stir to raise the temperature to form a mixture. Turn on the motor and powder condenser And the cooling water of the total condenser pipeline; when the temperature in the tank rises to 120°C, turn off the heat medium and stir for 1 hour; The cooling water is half open, when the temperature rises to 250°C, add 3kg of sodium hypophosphite, and vacuumize, the vacuum degree is -0.1Mpa, and react for 1 hour; after reacting for 1 hour, turn off the vacuum, and cool the temperature in the tank to 180°C. Start unloading to obtain the antistatic agent, and dip the two-piece shirt collar fuzzing into the antistatic agent for padding treatment.

[0052] In order to prove the antistatic performance, with the two-piece suit of shirt collar fuzz in the present invention as the experimenta...