阅读说明：本技术 一种防火墙布制作工艺 (Fireproof wall cloth manufacturing process ) 是由 尚辉 于 2019-11-14 设计创作，主要内容包括：本发明涉及一种防火墙布制作工艺,所述墙布制作工艺包括：(1)、用玻璃纤维纱线制作玻纤布,将玻纤布平铺放入事先准备好的料槽内；(2)、按照涂层工艺配方完成涂层材料制作,将完成的涂层材料放入料槽,对玻纤布进行浸泡；(3)、玻纤布在料槽浸泡后取出,用加温设备将其加温烘干待用；(4)、按照印花工艺配方完成印花材料制作,将烘干后的材料放入料槽,对玻纤布进行浸泡；(5)、取出后用加温设备将其加温烘干,在加温设备底部与料槽之间有印花辊；(6)、烘干并裁边后,即完成工艺生产。本发明制作出来的防火墙布具有防火、耐用、环保特点,适用于重点防火单位、家庭、宾馆酒店,市场前景可观。(The invention relates to a fireproof wall cloth manufacturing process, which comprises the following steps: (1) manufacturing glass fiber cloth by using glass fiber yarns, and flatly paving the glass fiber cloth in a prepared trough; (2) finishing the preparation of the coating material according to the coating process formula, putting the finished coating material into a trough, and soaking the glass fiber cloth; (3) taking out the glass fiber cloth after soaking in the trough, and heating and drying the glass fiber cloth by using a heating device for later use; (4) finishing the manufacture of the printing material according to the printing process formula, putting the dried material into a trough, and soaking the glass fiber cloth; (5) taking out and heating and drying the material by using heating equipment, wherein a printing roller is arranged between the bottom of the heating equipment and the material groove; (6) and drying and cutting edges to finish the process production. The fireproof wall cloth manufactured by the invention has the characteristics of fire resistance, durability and environmental protection, is suitable for key fire-proof units, families, hotels and hotels, and has considerable market prospect.)

1. The manufacturing process of the fireproof wall cloth is characterized by comprising the following steps:

(1) manufacturing complete glass fiber cloth by using glass fiber yarns, and flatly paving the glass fiber cloth in a prepared trough;

(2) and the coating manufacturing process comprises the following steps: finishing the preparation of the coating material according to the coating process formula, putting the finished coating material into a trough, and soaking the glass fiber cloth;

(3) taking out the glass fiber cloth after soaking in the trough, and heating and drying the glass fiber cloth by using a heating device for later use;

(4) and the printing manufacturing process comprises the following steps: finishing the manufacture of printing materials according to a printing process formula, putting the dried materials into a trough, and soaking the glass fiber cloth;

(5) taking out and heating and drying the material by using heating equipment, wherein a printing roller is arranged between the bottom of the heating equipment and the material groove;

(6) and drying and cutting edges to finish the process production.

2. The firewall cloth manufacturing process of claim 1, characterized in that: the coating process formula in the step (2) comprises the following components in parts by weight: 6.7kg of screen printing adhesive, 2.6kg of paint color paste, 8kg of white latex, 5.3kg of A paste, 4kg of distilled water and 3kg of flame retardant.

3. The firewall cloth manufacturing process of claim 1, characterized in that: the coating process formula in the step (2) comprises the following components in parts by weight: 6.7kg of screen printing adhesive, 2.6kg of coating color paste, 8kg of white latex, 5.3kg of A paste and 4kg of composition, wherein the composition is prepared by mixing polyvinyl alcohol which is dissolved at high temperature with distilled water 1: 1 part of the mixed combined liquid.

4. A process for manufacturing a fire wall cloth according to claim 2 or 3, wherein: the printing process formula in the step (4) comprises the following components in parts by weight: 37.5kg of cyclohexanone, 35kg of butyl acetate, 18.5kg of vinyl chloride acetate and 0.12kg of color paste.

5. The firewall cloth manufacturing process of claim 4, characterized in that: and (2) after the glass fiber cloth is manufactured by the glass fibers in the step (1), smoldering the glass fiber cloth at the high temperature of 400 ℃ for 10 hours.

Technical Field

The invention relates to the technical field of wall cloth manufacturing, in particular to a fireproof wall cloth manufacturing process.

Background

The wall cloth is also called wall cloth, and is an interior decoration material (fabric) for pasting wall surface, and the base cloth is printed or embossed, so that it can be extensively used for interior decoration of house, office, hotel and hotel, etc. The wall cloth has the advantages of various colors, rich patterns, luxury style, convenient construction, proper price and the like, and has wide application in the field of building decoration.

The appearance of the wall cloth brings brand-new visual perception to modern home decoration, but also brings the problem of fire prevention treatment, once the wall cloth is on fire, the wall cloth is connected with the wall body of each room, especially the treatment of large-area and easily-bouncing places such as curtains near the wall cloth, and as a lot of plastic or chemical fiber materials are not only easy to fire, but also smoke generated during combustion contains severe toxicity, once a fire occurs, people are often poisoned and smoked before being burned, so that before house decoration, the purchase of fire prevention materials is very necessary.

Disclosure of Invention

The invention aims to solve the technical problem of overcoming the defects of the prior art, provides a manufacturing process of fireproof wall cloth, has the characteristics of fire resistance, durability and environmental protection, is suitable for key fire-prevention units, families, hotels and hotels, and has considerable market prospect.

In order to solve the technical problems, the technical scheme provided by the invention is as follows: a fireproof wall cloth manufacturing process comprises the following steps:

(1) manufacturing complete glass fiber cloth by using glass fiber yarns, and flatly paving the glass fiber cloth in a prepared trough;

(2) and the coating manufacturing process comprises the following steps: finishing the preparation of the coating material according to the coating process formula, putting the finished coating material into a trough, and soaking the glass fiber cloth;

(3) taking out the glass fiber cloth after soaking in the trough, and heating and drying the glass fiber cloth by using a heating device for later use;

(4) and the printing manufacturing process comprises the following steps: finishing the manufacture of printing materials according to a printing process formula, putting the dried materials into a trough, and soaking the glass fiber cloth;

(5) taking out and heating and drying the material by using heating equipment, wherein a printing roller is arranged between the bottom of the heating equipment and the material groove;

(6) and drying and cutting edges to finish the process production.

Further, the coating process formula in the step (2) comprises the following components by weight: 6.7kg of screen printing adhesive, 2.6kg of paint color paste, 8kg of white latex, 5.3kg of A paste, 4kg of distilled water and 3kg of flame retardant.

Further, the coating process formula in the step (2) comprises the following components by weight: 6.7kg of screen printing adhesive, 2.6kg of coating color paste, 8kg of white latex, 5.3kg of A paste and 4kg of composition, wherein the composition is prepared by mixing polyvinyl alcohol which is dissolved at high temperature with distilled water 1: 1 part of the mixed combined liquid.

Further, the printing process formula in the step (4) comprises the following components in parts by weight: 37.5kg of cyclohexanone, 35kg of butyl acetate, 18.5kg of vinyl chloride acetate and 0.12kg of color paste.

Further, in the step (1), after the glass fiber cloth is manufactured by the glass fiber, the glass fiber cloth is subjected to smoldering at the high temperature of 400 ℃ for 10 hours.

The invention has the following advantages: the wall cloth manufactured by the invention has simple manufacturing conditions, good material environmental protection effect and more excellent fireproof performance, compared with the prior art, the manufactured glass fiber inner wall decoration cloth is ignited by fire without naked fire and smoke, thus directly reducing the possibility of initiating larger fire source, having better effect on obstructing the fire source, simultaneously having no smoke and causing lower influence on the human health in a fire scene, having the characteristics of fire prevention, durability and environmental protection on the whole, being suitable for key fire prevention units, families and hotels, and having considerable market prospect.

Detailed Description

The present invention will be described in further detail with reference to examples.