Requirements for insulated workwear. Workwear waste Intervals of values ​​of dimensional characteristics of a typical human figure

The sizes of workwear designed for personnel in various fields are determined according to individual body parameters. There is a generalized system thanks to which you can always determine the required marking of overalls. It is very important to choose the right size, since it must be:

• Maximum convenient.
• Don't restrict your movements.
• Do not interfere with the completion of assigned tasks.

In addition, it should be possible to wear additional things under it.

Size chart for men's and women's workwear

To determine the correct size of work clothes, you will need a centimeter. You can use the summary table after you take accurate body measurements

Sizes of workwear in tables according to approved GOSTs

In the Russian Federation, the sizes of workwear are approved at the legislative level; the GOST table makes the choice very simplified. The relevant acts and regulations provide for the classification of typical figures. It takes into account average height, bust and hip size, as well as weight groups. The design of overalls is regulated by the following state standards:

• For men P52774–2007.
• For women P52771–2007.

Domestic manufacturers are required to adhere to these criteria. Some companies may make their own adjustments to the size tables when developing a robe. In this case, they must notify the customer of this and provide their own grid for review.

Matching men's sizes and heights

The workwear size table is a practical grid in which you need to choose:

• Height.
• Chest circumference.

If you need a winter one, when searching for the optimal size, consider the seasonality and the number of things you will wear in addition to overalls.

Each marking has a specific interval in centimeters. If your parameters are on the border of the marks, it is recommended to opt for a larger one

Typical sizes of workwear in men's clothing tables

When choosing workwear sizes, men's clothing tables will help you accurately find the right one. With their help you will select:

• Trousers.
• Overalls.
• Jackets.
• Robes.

Determining the size of men's workwear

Work clothing sizes are also provided for PPE. Gloves are an integral part of personal protective equipment. To ensure they fit snugly, measure your palm. Compare the data obtained with the table below.

Men's work gloves

Standard sizes of women's workwear in the table

If you are interested in the sizes of women's workwear, the table posted on the page will help you quickly navigate the grid based on your height and chest parameters.

Matching women's size and height

Not only markings, but also height can be displayed on the robe. In this case, the data is written using a fraction. It is also worth considering that the same size is in fact suitable for both short and tall people, since fullness and other physical parameters can be very different. When visiting, consult with managers, find out the design features of items from each of the manufacturers presented in the assortment.

Determining the size of women's workwear

If you compare men's and women's workwear sizes, the table will be noticeably different. This can be seen even in the example of personal protective equipment:

Work gloves for women

How to take measurements for a workwear size chart

The size chart for work clothes (workwear) is very practical and easy to use. To determine the appropriate marking with maximum accuracy, you will need to measure more than just height. Also follows:

1. Measure your chest circumference

If you need to know the size of men's workwear, the table suggests a column with chest circumference. Without it, you won’t be able to choose a jacket, overalls, etc. The centimeter should be placed in the armpit area so that, when girthing the torso, it passes along the protruding points of the chest and shoulder blades.

Taking bust measurements

2. Measure your waist circumference

To select pants and overalls, there is a “waist circumference” column in the table of workwear sizes for men. When taking measurements, you do not need to pull the centimeter, it should be a little loose.

Taking waist measurements

3. Measure your hips

This measurement is required for waist garments. For women, measuring the hips is mandatory and is done according to the most protruding areas of the body. For the selection of pants, this mark will become a priority; height in this case will not be so important.

Taking hip measurements

Height measurements are taken from the extreme point of the head to the heels. To obtain accurate data, the measuring tape must be tightly stretched and positioned at 90 degrees relative to the floor.

The amount of waste of this type is determined by the formula

Where d = 0.5 – the share of discarded workwear that ends up in waste;

q = 1kg, average weight of one set of workwear;

t= 1 year, the average period of wear of workwear before write-off;

N 1 =
- number of workers provided with special clothing,

= 0.5 - 0.8 – provision of protective clothing;

N– staff of the enterprise, people.

The initial data for the calculation are given in Table 5.11.

Table 5.11

Initial data for calculation

1. Waste of used tires

The volume of waste generated, consisting of used tires, is determined by the formula

, t/year,

Where L F– actual mileage of the tire model, thousand km;

m i – number of units of this vehicle model, pcs.;

= 0.85 – utilization coefficient;

K i= number of tires on a given vehicle model, pcs.;

q i– mass of the 1st tire, kg;

L N– standard tire mileage, thousand km;

And- number of car models.

The calculation is summarized in table 5.12.

Table 5.12.

Calculation table

The initial data for the calculation are given in Table 5.13.

Table 5.13

Initial data for calculation

Calculation of the volume of rubber waste generation in the automotive industry

At the vulcanization site, rubber inner tubes of automobiles are repaired. Cameras that have become unusable are repaired or replaced with new ones. This is where worn tubes and rubber scraps form. The mass of waste is determined by the formula

, t/year,

Where q K= 3 kg, average camera weight;

= 0.05 - utilization coefficient.

The initial data for the calculation should be taken from the table. 5.12, 513.

The automatic washing machine occupies one of the most important places among all household appliances in the house. It allows you to save a lot of time spent on washing. However, in order to ensure high-quality and efficient operation of such an irreplaceable assistant, you should pay close attention to a very important characteristic - the maximum and minimum load of products. All recommendations indicating the weight of bed linen for washing are included in the instructions for the equipment. If these rules are not followed, the clothes will be washed poorly, and the machine itself will be subject to overload and rapid wear. In this article we will introduce you to the relative weight calculation of some products, in particular, bed linen (plaid, sheet, blanket).

Important! Of course, it is not very convenient to weigh things before washing every time, and 100-200 grams of excess or missing laundry does not play a special role. We recommend writing and sticking a table on the side wall of the equipment indicating the average weight of various items.

Weight of dry laundry for washing - table

Many washing machines can weigh things on their own, but if your washing machine does not have this function, then use the following data.

The approximate weight of the bedding set is 1.5-2 kg. More precise information is presented in the table. Weight suggested for a set made of calico type fabric:

• Children's set with one pillowcase - 1200 g.
• 1.5 bedroom - 1580 g.
• 2 bedroom - 1860
• Euro - 2340

Using this table, you can easily load the washing machine “by eye” without fear of overload. If the maximum loading weight of the washing machine is 5 kg, then you can also add a couple of pajamas or towels to any set.

Important! A satin set will weigh even less.

If you want to wash not the entire set, but its individual components, then read the following information.

How much does a double bedding set (cotton) weigh?

• Duvet cover - 800 g.
• Bed sheet - 600 g.
• Pillowcase - 200 g.
• A double bedding set weighs 1800 g.

Matching mode and weight

When washing things, it is very important to ensure that the weight and mode of the items being laid are correct. For example, if the washing machine is designed for a load of 5 kg, then this is the maximum weight for the “Cotton” mode.

But more gentle modes require fewer things:

• If you need to wash items made of silk or wool, their weight should not exceed 1.5 kg.
• For synthetic products, load no more than 3 kg.

All this data must be indicated in the instruction manual.

Important! The amount of laundry loaded is not the only factor that affects washing efficiency. Therefore, be sure to also read our other articles to properly care for your wardrobe:

Dry weight table:

• Personal towel – 200 g.
• Bath towel - 500-600 g.
• Bath towel (terry) - 1000 g.
• Bathrobe (terry) - 1200 g.
• Tablecloth (cotton, medium size) - 400 g.
• Large tablecloth (canvas) - 1000 g.
• Kitchen towel - 120 g.
• Kitchen napkin (cloth) - 80 g.
• Women's blouse - 100 g.
• Skirt - 150-250 g.
• Dress - 300 g.
• Nightgown - 180 g.
• Pajamas - 450 g.
• Lingerie set (knitted) - 150 g.
• Women's winter jacket - 800-1000 g.
• Men's shirt - 200-250 g.
• Men's T-shirt - 220-300 g.
• Trousers - 400 g.
• Jeans - 600 g.
• Vest - 150 g.
• T-shirt - 120 g.
• Socks - 40-50 g.
• Handkerchief - 15-20 g.
• Workwear - 600 g.
• Windbreaker - 800 g.
• Men's down jacket - 1400-1800 g.

Important! The weight indicated in the table is relative, since clothes made from different materials also have different weights, for example, a silk blouse is slightly lighter than a similar cotton blouse.

Proper washing of clothes

Of course, the weight of the bed linen is very important, but washing rules are also of great importance. Here are some of them:

• Before putting your items in the wash, sort them by fabric type and color. Pay attention to the symbols on the product label, which indicate at what temperature and in what mode a particular item should be washed.

• Do not wash calico and silk, synthetics and wool together.
• Do not load colored and white items at the same time.
• Load different sizes of items into the machine to improve washing efficiency.
• Before loading, be sure to check your clothing pockets and fasten all zippers, clasps, and buttons.
• Do not exceed loading limits. Remember that washing machine weights are for dry fabrics, not wet ones.
• Set the correct wash cycle for each material. It is also necessary to set the correct temperature. For cotton and linen items, set the temperature to 60 degrees; wash colored and synthetic items at 30-50 degrees.
• Wash children's sheets and duvet covers (especially for newborns) at high temperatures. If the fabric is natural, it will withstand 90 degrees.
• For washing children's clothes, use special ones.
• Do not machine anything that is old, fragile or very small. If you need to wash such products, place them in special bags.
• Underwear with metal fittings (bras with wires) should not be machine washed.
• Do not wash clothes soiled with products containing gasoline or other solvents.
• Wash heavy items without the “Spin” function.
• The minimum loading weight should not be less than 1 kg.

HYGIENIC REQUIREMENTS FOR WORKWEAR AND SHOES FOR CONSTRUCTION WORKERS

Workwear and special footwear as personal protective equipment perform the function of protecting the worker from the effects of various environmental factors, creating the most favorable relationship for the body with the surrounding environment and providing optimal conditions for production activities.

In practice, it is necessary to separate the concepts: “work clothes and footwear” and “working clothes and safety footwear”. Workwear and special footwear are one of the elements of work clothing and are intended to protect workers from production hazards (general industrial pollution, mechanical damage, moisture, petroleum products, dyes, solvents and other chemicals), they are issued to workers free of charge in accordance with approved standards.

Workwear and safety footwear, as well as clothing in general, are subject to general requirements: light weight, softness and elasticity of materials. Overalls and special footwear should not impede blood circulation, breathing, digestion, freedom of movement, and should be easy and quick to put on and take off.

The hygienic, protective and performance qualities of workwear and safety footwear are determined both by the physical and mechanical properties of fabrics and materials, and by design features.

A special feature of the working conditions of construction workers is that the production process is carried out, as a rule, in open space in various climatic regions of the country throughout the year. Therefore, workwear and safety footwear for construction workers must correspond to the climatic conditions and seasons of the year, be wind- and moisture-proof, and also have transformative properties.

The transformation of workwear is ensured by insulation and the use of other structural elements: capes, raincoats, fasteners.

The nature of work activity predetermines the requirements for the protective properties of fabrics and materials for workwear and safety footwear.

Transformation of workwear

Working clothes and special footwear must have dust-proof properties during general construction work; protect from moisture when working with water and wet substances; non-flammability during welding; impermeability and resistance to destruction by chemical substances when working with dyes, solvents, petroleum products, etc.

Builders often work in special conditions: on temporary scaffolding and scaffolding, in flooded pits, at different heights from the ground or floors. In these conditions, overalls should be adapted for the use of safety belts, and safety shoes should have soles with deep grooves to prevent slipping.

When developing designs for workwear and safety footwear for construction workers, it is necessary to take into account the variety of production operations in which workers change postures and body position. The duration of working positions as a percentage of the work shift time for such professions as structural installers, masons, carpenters, reinforcement workers, concrete workers, etc. can be: standing straight up to 40-64; standing with a bend forward and to the side - up to 12-23; in the squatting position - up to 12-32; walking until 10-12; climbing stairs and descending - up to 5-8.

Working clothes and special footwear should provide the following amplitudes of working movements: tilting the body forward and down 120°; body tilts to the sides or back - 20-30°; abduction of arms forward and upward - 180°; abduction of arms to the side - 60-90°, bending of arms at the elbow joint 130° and bending of legs at the knee joint when squatting - 120-130°.

Certain types of movements are repeated by workers many times. Thus, bending the torso forward and down can be repeated up to 500-700 times, and bending the arms at the elbow joint and moving them forward and up can be repeated up to 2500-3500 times per work shift. These circumstances necessitate the use of more durable fabrics and materials in the relevant areas of workwear.

Certain types of movements

The vastness of the territory and the conduct of construction work throughout all seasons of the year predetermine special requirements for workers’ clothing and safety footwear, depending on climatic conditions.

The most important meteorological factors are air temperature and wind speed.

Primary importance is given to these factors during the cold period of the year, when at an air temperature of -20 ° C and below, in combination with a wind speed of 3-5 m/sec, special clothing and special footwear with high thermal insulation are required. The danger of hypothermia cannot be ruled out even under conditions of so-called subnormal air temperatures (from -10 to +10°C), especially with high air humidity or with dampened work clothes and safety shoes.

In the summer, especially in Central Asia, builders are forced to work at high temperatures and significant insolation. In these cases, with inappropriate protective clothing, the body may overheat.

Work on an open construction site is also accompanied by exposure to adverse meteorological phenomena (rain and snowfall, gusty winds and snowstorms, ice, etc.).

The impact of these meteorological phenomena when working on a construction site not only causes a disruption in the functional state of workers and their well-being, but also complicates the performance of production operations, and also contributes to injuries to workers.

The heat-protective properties of workwear and special footwear intended to protect against cold must correspond to the meteorological conditions in which people work.

Cooling of the body, which can occur due to insufficient insulation of work clothes and safety shoes, contributes to the occurrence of colds, leads to impaired coordination of movements, decreased performance and can cause occupational injuries.

Extensive territory

The Central Research Institute of the Garment Industry has developed and the Ministry of Light Industry has approved the “Methodology for designing industrial and special winter clothing for various working conditions and climate.” According to the methodology, based on the initial data, it is possible to calculate the required total thermal resistance of a set of workwear and safety footwear. Thermal resistance is expressed in m2 h deg/kcal.

To calculate the heat-protective properties of workwear and safety footwear, it is necessary to have the following initial data: average air temperature and wind speed in the area where construction is taking place; average energy consumption (heat production in kcal/h) of a working person; time of continuous operation under given meteorological conditions.

So, for example, to perform moderate work (heat production 200-250 kcal/h) at an air temperature of 14-18 ° C, the thermal resistance of a set of clothes and shoes should be 0.18-0.2 m2-degree/kcal. The set of clothing and footwear includes both workwear and special footwear itself, and home clothing - underwear, work suit, stockings, socks, foot wraps.

When calculating thermal resistance taking into account wind speed, it is necessary to conditionally reduce the air temperature by 2° for every 1 m/sec of wind speed.

For example, builders work at an average air temperature of -11° C and a wind speed of 2 m/sec, the resistance of the workwear must correspond to the air temperature of -15° C. 1

These examples indicate the possibility of calculating the thermal resistance of workwear for each specific case with a greater approximation. However, in practice, due to the wide variety of climatic conditions, the thermal resistance of workwear and safety footwear is usually calculated for large climatic regions of the country, taking into account air temperature and wind speed based on average long-term observations; It is advisable to indicate its value in GOST standards for workwear and safety footwear for these areas.

Thermal protective clothing and footwear

Standard industry standards for the free issuance of workwear, safety footwear and safety equipment provide for the issuance of heat-protective workwear and safety footwear in climatic zones.

The division of the territory into climatic zones is caused not only by the severity of the weather, but also by the duration of the cold period of the year, which determines the timing of wearing workwear and safety footwear. The average air temperature of the coldest month (January) is -33° C (with fluctuations from -20 to -50° C). Summer is short (50-90 days), the air temperature can drop to -10° C.

Overalls and safety shoes must have increased thermal insulation, which can be ensured by maximizing the preservation of air under clothing.

Fur overalls and safety shoes with increased insulation are recommended. The workwear set should also include: a hat with earflaps, a hood, a woolen balaclava, and fur mittens. Additionally, it is necessary to wear personal clothing in the form of fur vests or woolen suits, two-layer underwear made of cotton and wool fabric. Safety shoes - felted or fur, using woolen foot wraps.

The total thermal resistance of a set of workwear and safety footwear for the winter period should correspond to 0.7-1.08 m2 h deg/kcal.

Climatic zones (cold climate zone): RSFSR - administrative regions of Eastern and Western Siberia, Khabarovsk Territory, Sakhalin, the Urals, Northern Kazakhstan, etc.

The climate is characterized by sharp continentalism. Winter is cold, long (200-220 days) with air temperatures in the coldest period (January) from -15° C in the west to -50° C in the north-east of Yakutia with a wind speed of 3-4 m/sec.

Climate zones

Summer lasts 70-90 days with a short transition period (60-80 days) at air temperatures from -10 to 0°C. Average air temperature; in the hottest period (July) it is 23-26 (with a wind speed of 2-3 m/sec.

Workwear in the winter should be with increased thermal resistance and windproof properties (wool or batting) with low weight and volume. For these purposes, suits should be made with a hood, a fur collar, a windproof flap on the chin, with wristbands on the sleeves, and trousers with a wide belt.

The total thermal resistance of heat-protective clothing and safety shoes should correspond to 0.5-0.8 m2 h deg/kcal. For the warm period of the year, workwear and special footwear with increased water-protective properties are recommended. Climatic zones (temperate climate zone): RSFSR - regions of the western and central parts, northern regions of Ukraine, Byelorussian SSR, Baltic states, northern regions of the Kyrgyz SSR, etc.

The climate is characterized by moderately cold winters lasting 140-160 days with air temperatures in the coldest period (January) from -7 to -15 ° C, decreasing in some western and eastern regions, respectively, to -35 ° C and -50 ° C at a rate of wind 2.8-3.4 m/sec.

The transition period lasts 60-90 days with a gradual increase in air temperature from 0 to 15-17° C.

The summer period lasts 140-160 days with an increase in air temperature in the warmest months (July-August) to 23-25 ​​° C with an average wind speed of 2-3 m/sec.

For the winter period, warm cotton clothing with a thermal insulation layer (insulation) made of wool and cotton is used. It is necessary to provide for the possibility of using winter workwear during the transition period of the year without insulation.

Transition period

High mountainous regions include: regions of the Pamirs, Tien Shan, Caucasus (at altitudes of 1000 m above sea level).

The heat-protective ability of workwear is ensured by the low thermal conductivity of loose insulation (cotton wool, wool and other materials).

The thermal resistance of workwear and safety shoes can vary depending on the type of worker's underwear and the use of removable insulation with different thermal resistance. However, in the harsh climatic conditions of the North and Far North, the necessary thermal resistance of workwear at an air temperature of -30 ° C and below can be ensured with a large thickness of clothing, which makes it difficult to carry out production operations. Therefore, in these cases, the thermal resistance of workwear is provided for a limited period of operation (1-4 hours).

When designing heat-protective clothing and safety footwear and calculating their total thermal resistance, it is necessary to take into account the permissible possibility of some cooling of the workers’ body until the thermal sensation is “cool”. This assumption is aimed at activating thermoregulatory mechanisms and human adaptation to cold. In addition, in these cases it seems possible to perform work that is more difficult and at a higher air temperature than calculated, without the danger of overheating and intense sweating.

When developing the design of heat-protective workwear and safety footwear, it is necessary to take into account the entire multi-layer structure of the set. Thanks to the multilayer nature of the “package” with various air layers, greater thermal insulation and the ability to ventilate the space under clothing are achieved.

Thermal resistance

The use of heat-protective materials in workwear and safety footwear is associated with an increase in their weight, which causes additional stress on the body of workers and complicates the performance of production operations. Therefore, there was a need to limit the weight of sets of workwear and safety footwear depending on climatic zones. So, for a special climatic zone, the weight of the set should not exceed 7-8 kg, for -V climatic zones - 5-7 kg, and for a temperate climatic zone (-zone) -4-5 kg.

In order to lighten the weight of workwear and safety footwear and to be able to regulate their heat-shielding properties during work or during rest breaks, special footwear with electric heating is currently being developed. Heating the foot helps not only maintain the normal condition of the legs, but also the entire body.

Insoles or socks with elements made of conductive polymer materials are used as electric heaters. Conductive elements must operate at a safe voltage - no higher than 10-12 V, ensuring surface heating within 35-40 ° C.

It is necessary to provide for the possibility of disconnecting power supplies from heating elements automatically (at a heating temperature of the surface of the elements above 40 ° C or at a voltage above 12 V), as well as at the request of workers.

4. Workwear and safety shoes for hot climates

In hot climates, workwear and safety shoes should help prevent overheating.

The hot climate zone includes administrative regions that are not included in the climatic zones: the southern regions of the RSFSR, the Ukrainian SSR, the Kazakh SSR and the Kirghiz SSR, as well as the Moldavian SSR, the Armenian SSR, the Georgian SSR, the Tajik SSR, the Turkmen SSR, the Uzbek SSR.

The climate is characterized by mild, relatively warm and short winters (60-90 days) with an average temperature of the coldest month (January) +4; +6° C, in the presence of a number of areas with pronounced instability of climatic conditions, where the air temperature in the cold season can drop to -20° C. The average wind speed is 3-3.5 m/sec.

Application of heat-protective materials

The warm period lasts 200-250 days with an average increase in air temperature in July-August to 15-20 ° C, and in some areas up to 30-35 ° C and higher in the presence of significant solar radiation (up to 145 cal cm2 min). During the period of maximum air temperature and intensity of solar radiation, the soil temperature can reach 55-65 ° C and higher.

The level of temperature, relative air humidity and wind speed are subject to significant fluctuations, which is especially typical for the meteorological conditions of the Central Asian republics.

The regions of Central Asia (Turkmen SSR) are characterized by the predominance of continental dry winds, which, sometimes reaching high speeds (12-18 m/sec), cause sandstorms. Sandstorms can have a negative impact on the human body, making it difficult for the respiratory system to function.

In the subtropical regions of the Caucasus, along with high air temperatures during the warm period of the year, relative air humidity rises to 70-90% and higher due to the abundance of precipitation, the total amount of which per year is 1400-1600 mm.

High air temperature with high soil temperature and intense solar radiation, and in the Caucasus regions also high relative air humidity, are factors that create a significant load on the body's thermoregulation system. This places special demands both on the selection of fabrics and materials, and on the design of workwear and safety footwear for workers.

For a short winter period, specially insulated work clothing and safety shoes are not required. Thermal insulation should be in the range of 0.3-0.35 m2-h-deg/kcal, which is ensured by additional insulation (warm underwear, woolen sweater, woolen socks).

At air temperatures above 30-35° C, heat transfer by convection and radiation is practically impossible and the only way of heat transfer is the evaporation of sweat. To do this, a set of overalls and safety shoes must ensure the presence of air layers around the body to absorb water vapor.

Temperature level

In this regard, in hot climates, special importance is attached not only to workwear, but also to the physical and mechanical properties of linen fabrics, in particular their moisture capacity and their absorption of droplet moisture, the evaporation of which entails even greater cooling of the fabrics. With high moisture-holding capacity, the underwear will absorb a significant portion of the sweat.

With sufficient air permeability and a loose porous structure of fabrics, the drying surface of fabrics increases significantly, which provides additional cooling for the air layer and linen. Consequently, low thermal conductivity, high hygroscopicity and moisture capacity, slow evaporation and the highest air permeability in both dry and wet states are one of the main requirements for the properties of linen fabrics for hot climates.

Thus, for hot climate conditions in the summer, it is most advisable to recommend two-layer clothing (actual workwear and personal underwear). The weight of a set of workwear and safety shoes should not exceed 2-2.5 kg.

Low thermal conductivity of a set of clothing is ensured in two-layer clothing by air layers between the surface of the skin and underwear, as well as between underwear and outerwear.

To better reflect the sun's rays, the fabric of workwear should be smooth and light in color. To increase air access under workwear and safety shoes, holes should be provided in areas of greatest sweating.

Special requirements for the quality of materials and design features must be made in the manufacture of hats, mittens (gloves) and safety shoes used in hot climates.

It is necessary to provide fabrics with increased heat-insulating properties for mittens (gloves) and material for the soles of safety shoes.

Low thermal conductivity

When exposed to high air temperatures and insolation at the same time, special attention should be paid to protecting the head to prevent overheating and sunstroke. In cases where working conditions require the use of a helmet, the headgear should be made of loose material with low thermal conductivity, light weight and high hygroscopicity.

In the warm season, for humid subtropical areas, it is recommended to wear overalls made of fabrics with water-repellent, anti-rot impregnations, as well as waterproof yuft shoes.

When developing, as well as when assessing the hygienic and protective qualities of workwear and safety footwear for construction workers, it is necessary to have initial data, including characteristics of climatic conditions, features of the technological process and the nature of production activities, analysis of injuries, general and occupational morbidity and identification of their causes associated with the shortcomings of existing workwear and shoes.

A comprehensive assessment of workwear and safety footwear is carried out according to three main characteristics: physical and mechanical properties of the fabric and material; design taking into account the nature of work activity, protective and operational properties; hygienic quality from the point of view of providing optimal conditions for heat exchange with the external environment.

In laboratory conditions, a “package” is evaluated - a set of fabrics and materials that make up a set of clothes. In this case, special attention should be paid to the properties of the “package”, which determine the hygienic qualities of clothing, the breathability of dry and moistened (to varying degrees) “package”, its heat-shielding properties, vapor permeability, hygroscopicity, moisture holding capacity, moisture permeability and evaporation; permeability, reflection and delay of the flow of radiant energy (especially infrared and ultraviolet); resistance to mechanical, thermal and chemical influences.

Price 2552 RUB delivery within Russia by courier in Moscow 400 RUB. When ordering from 5000 rub. for free!

Men's work jacket

Straight silhouette, short, with a stand-up collar, with a central fastener with a zipper covered with a windproof flap with Velcro, with lower welt pockets with a leaf, with a stitched waistband adjustable in width using tabs and Velcro. Complies with GOST 27575-87
Color: blue with cornflower blue and light-returning SOP tapes 50 mm.

Work overalls

With codpiece fasteners and buttons in the right side seam, an upper patch pocket and lower inner side pockets, with knee pads, a patch pocket on the left side seam with a Velcro flap, with a patch, with two back pockets and pockets for tools, an elastic band is inserted along the back. At the bottom of the trousers the SOP is 50 mm. GOST 27575-87
Unit of measurement: pcs. Package contains 1. Net weight 0.8 kg. Volume 0.0024 m3
Color: dark blue with cornflower blue inserts and yellow patches
Wholesale price of work suit: from 2300 rubles

Clothes in the middle price range are presented -
For an overview of all work suits, see
All cotton suits are super high quality and inexpensive

BOSTON suit options

From a mixture for all seasons, included and separately, see the recommendations below
As well as similar products that may interest you

Calculation of tariffs for cargo transportation to the regions

Russian Post

This is done using a calculator located on the official website of the post office. Orders are processed and shipped within 3 (three) business days after receiving 100% prepayment for workwear and delivery. The exact cost of delivery depends on the weight of the cargo being transported. See detailed conditions

Transport companies

According to the current tariffs of carriers, which will definitely have to be clarified individually.
* Delivery to the cargo carrier is usually carried out at our expense.

Delivery of workwear to St. Petersburg and Nizhny Novgorod

Seven pick-up points near the metro! - a very profitable and convenient solution for quickly moving workwear by Grastin courier service to your city. The rule “it doesn’t matter how much, the main thing is on time” becomes relevant for both wholesale and retail buyers.

Payment

Prepayment to Sberbank card, cash payment upon pickup.
* In case of courier delivery - payment in cash to the courier.