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  •  Oxford cloth for fire-fighting clothing
 Oxford cloth for fire-fighting clothing
Oxford cloth for fire-fighting clothing
Fire-fighting clothing is one of the most important equipment to protect the personal safety of firemen in the first line of fire. It is not only an indispensable necessity for fire rescue sites, but also a fireproof device to protect firemen from harm. Therefore, it is particularly important to adapt to fire scene rescue activities.
Chinese Name: fire-fighting clothing
Foreign name: Firesuit
Action: Fire Prevention
Application area: fire fighting
Current situation analysis
The fire fighting clothing develops with the changes of the times. From 2013, the clothes of firemen can be roughly divided into two categories: one is the upper and lower parts, the other is the upper and lower parts (tops and trousers).
Firefighting clothing is an important tool for firefighters to protect their bodies during fire activities. Therefore, it must possess the following characteristics:
(1) from the perspective of protection, we must have fire resistance, heat resistance and heat insulation, and also have strong toughness to prevent sharp objects from colliding and colliding. In addition, it also has the ability to prevent chemicals from damaging the skin.
(2) adapt to changes in environment such as cold and warm, wind and rain, and so on, can maintain physical strength and vigorous energy.
3. From the point of view of operational efficiency, fire-fighting clothing should have some leeway in the operation, try to choose materials with good elasticity and good quality, and also should carefully study the texture, shape and structure of the materials.
(4) considering the safety management and the overall planning of the army, the upper and lower levels should be effective to ensure that the fire fighting clothing plays its due role.
The advantages of the upper and lower parts of the fire suit are: high safety (including lower body protection, high systemic protection), easy movement, easy to wet, good waterproof, cold resistance, good function and appearance. Disadvantages are: poor heat dissipation, body heat is not easy to discharge, high cost, clothing weight.
The advantages of the upper and lower joint type fire-fighting clothing are: high heat dissipation, easy discharge of body heat and low cost. The disadvantages are: poor safety, inconvenient activities and body weight.
Terminology definition
The following terms and definitions apply to this standard:
3.1 fire fighting protective clothing Protectiveclothingforfirefighters
A special clothing worn by firemen during fire fighting is used for thermal protection of their upper and lower torso, head and neck, arms and legs, but the protective range of protective clothing does not include head, hands and feet.
3.2 waterproof breathable layer moisturebarrier
A protective clothing part used to prevent water from infiltrating into the thermal insulation layer while discharging water vapor.
3.3 insulation layer Thermalbarrier
Protective clothing part used to provide heat insulation protection.
3.4 seam seam
Fabric The two edge connections are securely attached to protective clothing by sewing or other means.
3.5 reflective marking tape reflectivetrim
The fabric that sew on the coat can reflect light as a mark is helpful to improve visibility.
4 styles, sizes and specifications
4.1 the style of this standard protective clothing is divided into two parts, which are made up of protective coat and protective trousers. The conjoined protective clothing can also refer to the performance requirements of this standard.
Model 4.2 is set according to GB/T1335.1 and GB/T1335.2 regulations.
4.3 specifications
The main specifications of protective clothing are designed according to the relevant regulations of GB/T1335.1 and GB/T1335.2.
The allowable deviation of the main parts of protective clothing is specified in Table 1. Table 1 the allowable deviation of main parts and specifications is cm
Development trend
With the change of urban structure, high-rise, deep and large buildings
Fire-fighting clothing
Fire-fighting clothing
With the development of the highly intelligent society and the appearance of amazing technological innovations, the causes of fire have been complicated and diversified. Under such a complicated situation, the fire fighting clothing used for personal equipment of fire should also be divided into different forms.
A, corresponding to the old wooden and fire-resistant so-called general residential fires.
B, fire-fighting clothing corresponding to building fires with heat and smoke centered structures.
C, the activity centered fire service on behalf of the special rescue team.
D, firefighting clothing corresponding to all kinds of disasters such as virulent drugs.
E, in addition to the above, the winter clothing and summer clothing and other seasons corresponding to the fire suit.
In the future, taking into account all the above situations, it is necessary to adopt fire services that conform to the geographical conditions and forms of disasters and conform to the ISO specifications.
The material and characteristics of fire fighting clothing are made up of fireproof surface, water resisting layer, heat insulation layer and flame retardant comfortable lining.
technical requirement
5.1 design requirements
Structure of 5.1.1 protective clothing
Protective clothing is made from outer layer, waterproof breathable layer, heat insulation layer and comfort layer. Textile Compound. This compound allows for a single coat or jacket. And can meet the basic clothing manufacturing process requirements and auxiliary materials corresponding to the standard performance requirements.
5.1.2 protective coat
5.1.2.1 protected area
The protective coat provides protection for the upper trunk, neck, arms and wrists of firemen, but does not include head and hand protection. The overlap between protective clothing and protective trousers should not be less than 200mm.
5.1.2.2 collar
The collar height of protective clothing should not be less than 102mm, and should be lapped or fastened. The structure of collar should include outer, waterproof, breathable layer and heat insulation layer.
5.1.2.3 flap
The structure of the flap should include outer, waterproof, breathable and insulation.
5.1.2.4 cuffs
The cuffs should be designed to protect firemen's wrists and prevent burning debris from entering the sleeves. Cuffs should not interfere with the wearing of protective clothing and should be matched with the wearing of protective gloves.
5.1.3 protective pants
Protective trousers should be provided for firemen's legs and legs, but not ankle and foot.
5.1.4 reflective marking tape
The reflective tape should be securely sewn on the protective clothing jacket and trousers. The width of the suture protective clothing should not be less than 50mm reflector. The setting of the reflective marking strip should be visible at its 360 degree azimuth.
Location of 5.1.5 Tags
The labels should be placed on the comfort layer on the left side of the protective clothing front.
5.1.6 color
The color of protective clothing is navy blue.
5.1.7 excipients
A) all metal pieces should have no spots, nodules or sharp edges. And treated by corrosion protection.
B) the flame retardant sewing thread and hasp should be selected, and the color matches the outer fabric.
C) the front zipper of the protective coat should be zippered not less than 8, and the color matches the outer fabric.
D) the belt should be used in the protection of trousers.
5.2 fabric properties
5.2.1 outer layer
Flame retardancy of 5.2.1.1
The damage length should not be greater than 100mm, and the duration of combustion should not be greater than 2S.
Surface moisture resistance of 5.2.1.2
Water level should not be less than 3 grade.
5.2.1.3 breaking strength
The zonal and zonal dry fracture strength should not be less than 650N.
5.2.1.4 tearing strength
The tearing strength of warp and weft should not be less than 100N.
Thermal stability of 5.2.1.5
After the thermal stability test at 260 C + 5 C, the change rate of dimension along meridian and weft direction should not be greater than 10%.
5.2.1.6 per unit area quality
The quality of unit area should be supplied by fabric suppliers by 5%.
5.2.1.7 color fastness
Stain resistance should not be less than 3 grade, and water resistance should not be less than 3 grade.
5.2.2 waterproof breathable layer
Hydrostatic pressure resistance of 5.2.2.1
The hydrostatic pressure should not be less than 17Kpa.
5.2.2.2 permeability vapor performance
Water vapor transmission should not be less than 5000g/ (M2? 24h).
Thermal stability of 5.2.2.3
After the thermal stability test at 180 C + 5 C, the change rate of dimension along meridian and weft direction should not be greater than 5%.
5.2.3 insulation layer
Flame retardancy of 5.2.3.1
The damage length should not be greater than 100mm, and the duration of combustion should not be greater than 2S.
Performance of 5.2.4 comfort layer
There should be no melting and dropping.
5.3 overall protective performance
The TPP value of thermal protection capability should not be less than 28cal/cm2.
5.4 stitch density
The stitching lines of all parts are straight, neat, uniform, firm and elastic. The line should not be less than 12 needles per 3cm, and the sewing thread is not less than nine needles per 3cm.
5.5 color difference
Protective clothing collar and its predecessors, sleeves and precursors, bags and precursors, the left and right precursors should not be less than 4, other surface parts should not be less than 4.
5.6 fracture strength
The breaking strength of outer seam of protective clothing should not be less than 650N.
5.7 reflective tape
5.7.1 retroreflective coefficient
The retroreflective coefficient should meet the requirements of Table 2:
Table 2 the inverse reflection coefficient is cd/ (LX. M2).
Characteristics of protective clothing
210g/m2 surface layer (fabric composition: 93% aramid, 5% para aramid, 2% antistatic fiber) and 120g/m2 inner layer are permanent. Flame retardant fabric Use flame retardant line. The main seam is double needle embedded to ensure the firmness; the front zipper and the magic sticker are closed, and two pockets are used to store personal belongings. The shoulder is seamless and the sleeve bottom joint is specially designed to allow the arm to reach the maximum range of motion; the cuffs are lined with rib cuffs, the rubber bands in the pants corners are tightened and the convertible upright collar designs are designed to prevent fire from splashing into the clothes. The straps with trousers can be adjusted; a piece of cloth is placed on the knees of the trousers, lined with flame retardant and heat insulation cotton, to prevent wear and tear, to protect the knee position; and to install high brightness flame retardant reflective belt to increase the visibility of firefighters. It is suitable for firefighting staff.
Parameter performance
Fire protection chemical protective clothing is a protective clothing worn by workers to protect themselves from dangerous chemicals or corrosive materials when they are exposed to dangerous chemicals or corrosive substances.
The main adhesive tape for fire prevention and chemical protective clothing is made of silk fabric with flame retardant and tacky treatment. It is made of flame-retardant and anti chemical glue on both sides. The main adhesive tape can only be carbonized in fire, and it can maintain good strength when it is insoluble. The main adhesive tape is made by sewing, sewing and sticking process, the clothing main body and gloves, and is equipped with flame retardant, voltage resistant, anti puncture boots or fire-fighting rubber boots to form a complete set of garments.
Specification size
Clothing number SMLXL
Length of garment (neckline to boot sole) (CM)
Chest circumference (CM) 55565758
Waist circumference (CM)
Shoe size (CM)
Suitable for height (CM) 16 5 - 17, 17 - 17, 5, 17 - 18, 0, 18, 0 - 18 5

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