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Fireproof shoe making process
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A manufacturing process and shoe technology, which is applied in the field of fire-resistant shoes, can solve problems such as unfavorable firefighters running quickly to fight fires, excessive steel, heavy shoes, etc., and achieve the effect of increasing puncture resistance and ensuring comfort
Inactive Publication Date: 2019-07-19
HAIYU SHOES
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Problems solved by technology
However, the shoes are made of too much steel, which makes the shoes heavy and hard, which is not conducive to firefighters running quickly to fight fires and escape, and it is also not convenient for comfortable walking
Therefore, there is currently a lack of safety fire shoes that are fireproof, waterproof, comfortable, light, simple and quick, and can move freely.
Method used
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Embodiment 1
[0028] see figure 1 , the present invention provides the following technical solutions: a fire-resistant shoe manufacturing process, characterized in that it comprises the following steps:
[0029] Step 1. Prepare materials, first prepare the required fiber cloth, glue, fiberboard, and process the sponge into the required parts;
[0030] Step 2. Reinforcement, a reinforcing part fixed between parts and parts, which can make the toe hard and protect the toes from injury;
[0031] Step 3. Sewing machine, stitching between parts and parts, no heavy thread and reverse stitch line should be completely overlapped, no skipping stitches on the upper thread, no needle holes or broken threads on the upper surface;
[0032] Step 4, bonding, the parts are bonded together with special shoe glue;
[0033] Step 5, press, apply a certain pressure on the adhesive parts of the shoes so that the adhesive parts are tightly bonded together, and there will be no phenomenon of glue opening;
[00...
Embodiment approach
[0035] In the step (1), as another embodiment of the present invention, the materials are prepared from outside to inside sequentially from LM29 waterproof and fireproof black full grain surface, FG34 light yellow fireproof non-woven fabric, FH27 black ALPINE AGION mesh cloth+ 3mm black sponge + HBR waterproof membrane, FB49 8mm T50 flood-absorbing sponge, FB50 8mm T30 flood-absorbing white sponge, FB03 8mm white sponge 35D, FG12 240g flood-absorbing blue acrylic cotton, FG02 flood-absorbing black Lixin cloth 1.2mm, FF01 black fine Patterned canvas over flood protection, FG07 400g white acrylic cotton, DP15 anti-puncture midsole 4mm, 1.75mm fiberboard, 180g acrylic cotton, DI54 gray EVA 10mm, DP07 white velvet waterproof membrane HBR.
[0036] In the step (2), as another embodiment of the present invention, the reinforcement includes adding interlining to protect the toes from the toe cap, the rear strip, the shoe body, the upper piece, and the neckline, and adding latex bubble...
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Abstract
The invention discloses a fireproof shoe making process which is characterized by including the steps: material preparation; reinforcing; sewing and lathing; bonding; pressing by a presser; sizing. Afireproof shoe is prepared from LM29 waterproof and fireproof black full grain fabrics, FG34 pale yellow fireproof non-woven fabrics, FH27 black ALPINE AGION screen cloth+3mm of black sponge+HBR waterproof films, 4mm of DP15 puncture-resistant stitch bond fabrics, 1.75mm of fiber boards, DP07 white wool HBR waterproof films and latex foam. Flame resistance of the fireproof shoe is provided, feet of a worker are protected when the worker works, and comfort of toes and upper surfaces of feet is provided by the latex foam. Pressing is implemented by a novel presser, accidents are prevented, and poor pressing effects or material damage caused by unreasonable pressing time is prevented.
Description
technical field [0001] The invention relates to the technical field of fireproof shoes, in particular to a production process of fireproof shoes. Background technique [0002] The materials of shoes are mainly natural fiber fabrics and leather. Since modern times, there have been more and more chemical synthetic materials. According to the structure of shoes, they can be divided into four categories: fabrics (upper materials), lining materials, bottom materials, and accessories. Most of the current shoes do not have Fireproof function, it is inconvenient to use in some special places. In particular, fire-resistant work shoes for forest fire prevention, metallurgy, forging and other high-temperature operations usually use rubber boots made of canvas. Although they are comfortable and light to wear, their flame-retardant and heat-insulating effects are poor. Because the work site is very complicated, workers should use shoes with special functions to protect their feet from i...
Claims
the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine
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Application Information
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