Расчет пол наливной: Расход наливного пола на 1м2 калькулятор

Расчет наливного пола — онлайн калькулятор расхода материалов

Инструкция для калькулятора расчета количества материалов наливного пола

Введите значения размеров в миллиметрах:

X – Это значение ширины помещения.

Y – Длина комнаты.

Значения X и Y достаточно легко измерить при помощи рулетки. Предварительно рекомендуется подготовить помещение (демонтировать  старый плинтус, посбивать молотком бугорки раствора и убрать строймусор).

Расход материала для наливного пола зависит от кривизны основания, чем она больше, тем больше нужно раствора для выравнивания. Поэтому для большей  точности расчета необходимо найти самую высокую точку основания пола в комнате (это т.н. нулевая отметка, от которой расстояние до основания = 0), для чего с помощью лазерного осе построителя – нивелира (такой инструмент можно взять в аренду) или водяного уровня создаем горизонтальную линию, проходящую через нулевую точку по всему периметру помещения и измеряем расстояние от нее до основания в остальных трех углах комнаты. Полученные расстояния в углах A (=0), B, C и D введите в соответствующие ячейки калькулятора. Если у Вас ровное основание, то значения во всех углах будут одинаковые.

F – минимальная толщина наливного пола. Это размер от самой высокой точки основания (или нулевой отметки) до плоскости чистового пола (т.е. толщина наливного пола в самой высокой точке комнаты).

Для каждого состава самовыравнивающегося наливного пола существует своя оптимальная толщина (обычно указывается производителем на упаковке), увеличение которой не меняет эксплуатационных характеристик пола, но делает его значительно дороже. Минеральные полы 10-80 мм, полимерные 2,5 -5 мм, эпоксидные 2,5-5 мм, метилметакрилатные 1-3 мм.

Отметив пункт «Черно-белый чертеж» Вы получите чертеж, приближенный к требованиям ГОСТ и сможете его распечатать, не расходуя зря цветную краску или тонер.

Нажмите «Рассчитать».

Калькулятор сможет рассчитать расход материалов (смеси) для наливного самовыравнивающегося пола с учетом перепада высот в углах на 1м2. Это позволит приобрести смесь пола в необходимом количестве, не переплачивая за лишние мешки. Также Вы узнаете площадь пола помещения, что полезно для заказа финишной отделки (актуально, в основном, для полов минерального состава) например, плитки, рассчитать нужный объём которой Вы можете при помощи нашего калькулятора.

Важно, заливку наливного пола рекомендуется выполнять вдвоем с помощником, поскольку раствор быстро твердеет. Обязательно использование кромочной вспененной ленты и нанесение связующего состава (грунтовки) увеличивающего адгезию смеси с основанием.

90000 Underground floor. Consumption per 1 m2 of bulk floor: practical calculations 90001 90002 Modern market of finishing and constructionmaterials provides a wide range of different floor coverings. Due to the variety of materials and their properties, you can perform any design projects. One of the most popular types of coatings is a bulk floor, the device of which is carried out by dry gypsum cement or cement mixtures. 90003 90002 These are plastic quick-setting materials. Due to a special structure under the influence of their own weight, they spread, fill irregularities in the bases, forming an ideal plane.90003 90006 The advantages of self-leveling floors 90007 90002 The coating, which is defined as a bulk floor, has several advantages: 90003 90010 90011 smooth and flat surface; 90012 90011 rapid setting; 90012 90011 strength and durability; 90012 90011 resistance to temperature changes; 90012 90011 ease of maintenance. 90012 90021 90006 Types of coating 90007 90002 The floor is a self-leveling mixture, which very easily spreads over the entire area of ​​the room, while forming a smooth and even surface.These coatings are divided into two types: polymer and mineral. 90003 90002 Polymer self-leveling mixtures are divided into several types. 90003 90028 90011 90030 Polyurethane 90031. Elastic coatings, resistant to impact, withstand heavy loads and are used in non-heated rooms. 90012 90011 90030 Methyl methacrylate 90031. Such floors require strict adherence to the technology when laying, are resistant to mechanical stress, have a sharp odor. They are used in well ventilated areas. 90012 90011 90030 Epoxy-urethane.90031 The floors of this kind have elasticity, abrasion resistance, chemical reagents. Used in garages, ramps. 90012 90011 90030 Epoxy 90031. This is a hard, hard, shock-resistant coating. Withstands high temperature and mechanical stress, easy to clean. Such floors are poured in closed rooms. 90012 90045 90002 Mineral coatings are self-leveling mixtures based on cement with modifiers and mineral fillers. Use this solution when applying the finishing coat. 90003 90006 Methods of classification 90007 90002 Polymeric floors are classified according to the following factors: 90003 90010 90011 degree of fullness; 90012 90011 type of solvent; 90012 90011 thickness.90012 90021 90002 In terms of thickness, the bulk floors are divided into types as follows: 90003 90028 90011 90030 Thin-layer coatings. 90031 Their thickness is 0.2-0.6 mm. Do not withstand a very high load. Fit with roller or spray. 90012 90011 90030 Medium thickness. 90031 The applied layer can be 0.8-1.5 mm. These self-leveling coatings withstand average loads. 90012 90011 90030 Highly filled coatings. 90031 Their thickness is 2 mm and more. Appearance depends on the characteristics of the filler.Are used for decorative and specialized purposes. 90012 90045 90002 Depending on the degree of filling, the material is characterized as follows: the more filler, the rougher the surface will be. 90003 90006 90007 90002 The solvent happens: 90003 90010 90011 90030 water-dispersion 90031 — the coating is odorless, it can be applied to wet concrete, since its base is water. 90012 90011 90030 Resins without solvent 90031 — the floor differs from others in low viscosity, sometimes has a faint smell, is convenient in styling.90012 90021 90006 Material consumption per 1m 90093 2 90094 90007 90002 To eliminate the defects of the floor bases, improve the sound or heat insulation, you need to perform a whole range of work on pouring screeds or self-leveling floors. To do this, you need to find out how much the finished mixture will take, without taking into account the impurities. If you make a bulk floor, the consumption per 1 m2 on average will be 1 liter. This value differs depending on the manufacturer. To obtain more accurate calculations, it is necessary to multiply the area of ​​the coating by the density of the material and the thickness of the layer.Consider several popular mixtures and their calculations. 90003 90002 For planning and adjusting the brick, concrete and stone floors suitable cement-sand screed, which is laid on top of the base. The solution is used in all types of premises, as a waterproofing protective layer. It can not be affected by natural oils, water, solvents, alkalis. The flow rate of the filling floor per 1 m2 of the screed is 2 kg with a layer thickness of 1 mm. 90003 90002 Fast hardening floor «Starateli» It is used for leveling irregularities from 0.5 to 8 cm. This coating has a complex of protective properties against premature wear and exposure to corrosive substances. A high-quality filling can withstand loads of over 70 kg. It does not have microcracks. The floor (consumption per 1 m2) «Starateli» with a coating of 1 cm layer will require 16 kg of dry material. To prepare the solution, you need 5-6 liters of water per 25 kg of the mixture. The production time is 40 minutes. 90003 90002 The mixture «Found» for the device floors is appliedmanually or mechanized.It is used in office, industrial, residential premises. The flow rate of the filling floor per 1 m2 «Found» with a layer thickness of 0.3 cm is 4.5 kg. 90003 90002 Covering «Yunis» allows you to create a smooth andstrong surface. It is used for leveling concrete bases and screeds when there is a significant deviation from the norm (up to 10 cm). The prepared mass quickly freezes, so it is necessary to use it for 30 minutes, otherwise it will lose its properties. The flow rate of a flooring floor per 1 m2 «Yunis» with a thin layer of filling up to 1 mm thick will be 1.3 kg and 3.9 kg with a coating thickness of 3 mm. 90003 90002 When using a mixture of «Volma» surfaceleaves perfectly flat. Due to its consistency, the mixture easily spreads and evenly fills all irregularities. The flow rate of the filling floor per 1 m2 «Volma» when pouring a layer 0.5-0.7 cm thick equals 4 kg. 90003 90006 Preparing the surface for laying the filling floor 90007 90002 Before you get started, you need to preparesurface: clean it from different spots and grease grinding machine, and then remove the garbage with a vacuum cleaner.After that the floor is treated with a primer, it is well dried. Concrete coating or screed can have cracks, so they are glued with fiberglass and covered with quartz sand. Seams on a concrete base are filled with a sealant. In a day, excess sand is removed from the cracks. The surface is primed with a polymer compound to improve adhesion. The quality of the floor depends on the rough coat, and if the foundation was correctly prepared, under the floor, the consumption per 1 m2 of the primer will be 250 grams.90003 90006 Floor design 90007 90002 A day after priming on concretethe surface can be applied to the base layer. But first you need to calculate how thick the floor will be. The consumption of the necessary materials and mixture per m2 is calculated taking into account the floor differences and all its irregularities. To establish the volume of the room, the laser level determines the horizon of the base, then fro 90003.90000 Underground floor. Consumption per 1 m2 of bulk floor: practical calculations 90001 90002 Modern market of finishing and constructionmaterials provides a wide range of different floor coverings. Due to the variety of materials and their properties, you can perform any design projects. One of the most popular types of coatings is a bulk floor, the device of which is carried out by dry gypsum cement or cement mixtures. 90003 90002 These are plastic quick-setting materials. Due to a special structure under the influence of their own weight, they spread, fill irregularities in the bases, forming an ideal plane.90003 90006 The advantages of self-leveling floors 90007 90002 The coating, which is defined as a bulk floor, has several advantages: 90003 90010 90011 smooth and flat surface; 90012 90011 rapid setting; 90012 90011 strength and durability; 90012 90011 resistance to temperature changes; 90012 90011 ease of maintenance. 90012 90021 90006 Types of coating 90007 90002 The floor is a self-leveling mixture, which very easily spreads over the entire area of ​​the room, while forming a smooth and even surface.These coatings are divided into two types: polymer and mineral. 90003 90002 Polymer self-leveling mixtures are divided into several types. 90003 90028 90011 90030 Polyurethane 90031. Elastic coatings, resistant to impact, withstand heavy loads and are used in non-heated rooms. 90012 90011 90030 Methyl methacrylate 90031. Such floors require strict adherence to the technology when laying, are resistant to mechanical stress, have a sharp odor. They are used in well ventilated areas. 90012 90011 90030 Epoxy-urethane.90031 The floors of this kind have elasticity, abrasion resistance, chemical reagents. Used in garages, ramps. 90012 90011 90030 Epoxy 90031. This is a hard, hard, shock-resistant coating. Withstands high temperature and mechanical stress, easy to clean. Such floors are poured in closed rooms. 90012 90045 90002 Mineral coatings are self-leveling mixtures based on cement with modifiers and mineral fillers. Use this solution when applying the finishing coat. 90003 90006 Methods of classification 90007 90002 Polymeric floors are classified according to the following factors: 90003 90010 90011 degree of fullness; 90012 90011 type of solvent; 90012 90011 thickness.90012 90021 90002 In terms of thickness, the bulk floors are divided into types as follows: 90003 90028 90011 90030 Thin-layer coatings. 90031 Their thickness is 0.2-0.6 mm. Do not withstand a very high load. Fit with roller or spray. 90012 90011 90030 Medium thickness. 90031 The applied layer can be 0.8-1.5 mm. These self-leveling coatings withstand average loads. 90012 90011 90030 Highly filled coatings. 90031 Their thickness is 2 mm and more. Appearance depends on the characteristics of the filler.Are used for decorative and specialized purposes. 90012 90045 90002 Depending on the degree of filling, the material is characterized as follows: the more filler, the rougher the surface will be. 90003 90006 90007 90002 The solvent happens: 90003 90010 90011 90030 water-dispersion 90031 — the coating is odorless, it can be applied to wet concrete, since its base is water. 90012 90011 90030 Resins without solvent 90031 — the floor differs from others in low viscosity, sometimes has a faint smell, is convenient in styling.90012 90021 90006 Material consumption per 1m 90093 2 90094 90007 90002 To eliminate the defects of the floor bases, improve the sound or heat insulation, you need to perform a whole range of work on pouring screeds or self-leveling floors. To do this, you need to find out how much the finished mixture will take, without taking into account the impurities. If you make a bulk floor, the consumption per 1 m2 on average will be 1 liter. This value differs depending on the manufacturer. To obtain more accurate calculations, it is necessary to multiply the area of ​​the coating by the density of the material and the thickness of the layer.Consider several popular mixtures and their calculations. 90003 90002 For planning and adjusting the brick, concrete and stone floors suitable cement-sand screed, which is laid on top of the base. The solution is used in all types of premises, as a waterproofing protective layer. It can not be affected by natural oils, water, solvents, alkalis. The flow rate of the filling floor per 1 m2 of the screed is 2 kg with a layer thickness of 1 mm. 90003 90002 Fast hardening floor «Starateli» It is used for leveling irregularities from 0.5 to 8 cm. This coating has a complex of protective properties against premature wear and exposure to corrosive substances. A high-quality filling can withstand loads of over 70 kg. It does not have microcracks. The floor (consumption per 1 m2) «Starateli» with a coating of 1 cm layer will require 16 kg of dry material. To prepare the solution, you need 5-6 liters of water per 25 kg of the mixture. The production time is 40 minutes. 90003 90002 The mixture «Found» for the device floors is appliedmanually or mechanized.It is used in office, industrial, residential premises. The flow rate of the filling floor per 1 m2 «Found» with a layer thickness of 0.3 cm is 4.5 kg. 90003 90002 Covering «Yunis» allows you to create a smooth andstrong surface. It is used for leveling concrete bases and screeds when there is a significant deviation from the norm (up to 10 cm). The prepared mass quickly freezes, so it is necessary to use it for 30 minutes, otherwise it will lose its properties. The flow rate of a flooring floor per 1 m2 «Yunis» with a thin layer of filling up to 1 mm thick will be 1.3 kg and 3.9 kg with a coating thickness of 3 mm. 90003 90002 When using a mixture of «Volma» surfaceleaves perfectly flat. Due to its consistency, the mixture easily spreads and evenly fills all irregularities. The flow rate of the filling floor per 1 m2 «Volma» when pouring a layer 0.5-0.7 cm thick equals 4 kg. 90003 90006 Preparing the surface for laying the filling floor 90007 90002 Before you get started, you need to preparesurface: clean it from different spots and grease grinding machine, and then remove the garbage with a vacuum cleaner.After that the floor is treated with a primer, it is well dried. Concrete coating or screed can have cracks, so they are glued with fiberglass and covered with quartz sand. Seams on a concrete base are filled with a sealant. In a day, excess sand is removed from the cracks. The surface is primed with a polymer compound to improve adhesion. The quality of the floor depends on the rough coat, and if the foundation was correctly prepared, under the floor, the consumption per 1 m2 of the primer will be 250 grams.90003 90006 Floor design 90007 90002 A day after priming on concretethe surface can be applied to the base layer. But first you need to calculate how thick the floor will be. The consumption of the necessary materials and mixture per m2 is calculated taking into account the floor differences and all its irregularities. To establish the volume of the room, the laser level determines the horizon of the base, then from different points the differences are calculated. 90003 90002 The relative height is calculated — the size difference is divided by 2.The minimum thickness of the coating is calculated by folding the relative and minimum allowable height. 90003 90006 Filling of filling floor 90007 90002 Before laying the floor, the walls are covered with a film. To prevent the mixture from flowing under the panels, the entire base around the perimeter of the room is sealed with a mounting tape. On the substrate prepared for pouring, it is necessary to go into the replacement shoes. On the flooded floor, it is recommended to walk in paintballs, with which you can go to separate areas, leveling the surface and leaving no traces.90003 90002 The pouring of the warm floor begins with the highestpoints. The poured mixture is spread with a spatula and squeegee. If bubbles form, they are removed with a needle roller. In the room when laying the floor there should be no moisture and drafts. Throughout the drying of the coating, all work is 90003.90000 Leangains / Lean Bulk / Bulking Calculator: Calculate Your Calories & Macros 90001 90002 This calorie and macro calculator allows you to estimate how much weight you’ll lose or gain each week based on how many calories you consume. Choose from a standard, keto, or leangains calculator. 90003 90002 You can use the macro calculator to calculate and tweak your protein, fat, and carbohydrate macronutrients. You can use this as a bulking calculator (90005 i.e. weight gain calculator 90006), cutting calculator (90005 i.e. weight loss calculator 90006), or even a maintenance calculator (90005 i.e. how many calories to stay the same weight 90006). 90003 90002 Note that: 90003 90014 90015 ‘90005 Bulking 90006’ = weight gain (typically the goal is muscle gain with minimal fat gain — i.e. a 90005 ‘lean bulk’ 90006 or 90005 ‘clean bulk’ 90006 — although not always) 90022 90015 ‘90005 Cutting 90006’ = weight loss (ideally fat loss, not muscle loss) 90022 90015 ‘90005 Maintenance 90006’ = the calories (i.e. energy) you need each day to maintain your body weight after you factor in all of your activity (also known as your TDEE) 90022 90031 90002 If you’re unsure which calculator to use, select ‘90005 Standard 90006’ from the Diet dropdown. This works as a maintenance, weight loss, or weight gain calculator. You can read more about which of these options is the best calculator for you here. 90003 90036 90037 Diet 90038 90002 The option you select here will determine which formula and inputs are used to calculate your calories.90003 90002 There are 3 different calorie calculators to choose from: 90003 90043 Standard 90044 90002 The ‘90005 Standard 90006’ calorie calculator uses the Mifflin St. Jeor equation to estimate your calories. 90003 90002 This equation is generally considered to be the most accurate calorie estimation formula (90005 at least for beginners who do not know their body fat percentage 90006). 90003 90002 Research has found the Mifflin St. Jeor formula to be more accurate than similar calorie estimation methods such as the Harris-Benedict formula.90003 90002 You should use this calorie calculator in all circumstances 90005 except 90006 when: 90003 90002 The calorie calculator serves as a great cutting or bulking calculator. It can be used to calculate your maintenance calories. Eating more than this will result in weight gain. Eating less than this will result in weight loss. 90003 90043 Leangains 90044 90002 The ‘90005 Leangains 90006’ calculator (also known as the ‘90005 lean bulk calculator 90006’) uses the equation recommended in the book The Leangains Method to estimate your daily calorie and macronutrient needs.90003 90002 This calculator is ideal for those who are trying to lean bulk or cut. The protein recommendation is quite high, which will help keep you satiated (full). 90003 90002 A detailed explanation of how this calculator works can be found here. 90003 90043 Keto 90044 90002 The ‘90005 Keto 90006’ calculator is the best calorie calculator for those on the ketogenic diet. 90003 90002 The keto calculator allows you to set a limit on the amount of carbs you consume. It also allows you to input a set amount of protein per pound of your bodyweight.The remaining calories will go to your fat macros. 90003 90002 The keto calculator uses the Mifflin St. Jeor equation to estimate your calories. 90003 90002 This is because research has found the Mifflin St. Jeor formula to be more accurate than similar calorie estimation methods such as the Harris-Benedict formula. 90003 90037 Stats 90038 90002 Here you input the following basic personal information: 90003 90014 90015 Age (in years) 90022 90015 Weight (in kilograms or pounds) 90022 90015 Height (in centimeters or inches) 90022 90015 Gender (male or female) 90022 90031 90037 Modifiers 90038 90043 Activity Level 90044 90002 Your 90104 Activity Level 90105 serves as a multiplier on top of your 90104 BMR 90105 (Basal Metabolic Rate).The result of this calculation is called your 90104 TDEE 90105 (Total Daily Energy Expenditure). 90003 90002 Think of your BMR as the energy you would need to keep alive if you were in a coma. It’s the energy required for non-negotiable processes — like breathing, blood circulation, cell growth, and controlling your body temperature. 90003 90002 What you care about though, is your TDEE. This is the 90104 total amount of energy you need each day to 90005 maintain 90006 your body weight 90105 — after you factor in all of your activity.90003 90002 This is not the same as your BMR, as even the least active among us are not lying motionless in bed all day (90005 why do you look nervous? 90006). 90003 90002 The Activity Level modifiers are: 90003 90014 90015 90104 Sedentary: 90105 Little or no exercise, office job (1.2 ×) 90022 90015 90104 Lightly Active: 90105 Light daily activity & exercise 1-3 days per week (1.375 ×) 90022 90015 90104 Moderately Active: 90105 Moderate daily activity & exercise 3-5 days per week (1.55 ×) 90022 90015 90104 Very Active: 90105 Physically demanding lifestyle & exercise 6-7 days per week (1.725 ×) 90022 90015 90104 Extremely Active: 90105 Hard daily exercise / sports & physical job (1.9 ×) 90022 90031 90002 Be warned: 90104 most people tend to overestimate their activity level 90105. 90003 90002 This is usually due to them basing their activity level on their number of gym sessions per week. This is not the right way to go about it. 90003 90002 Your activity level is primarily based on what you do 90104 90005 outside 90006 90105 the gym.Four 1 hour strength training sessions at the gym each week is less than 2 h 90003.90000 How do you Calculate the Number of Floor Tiles you Need? — Civilology 90001 90002 Normally, We calculate the tile flooring area in order to find the required number of the tiles for a given room. Assuming that situation, we have explained this post with an example. 90003 90002 If you are looking for complete cost estimation, Tile Flooring Cost Estimation post will help you. 90003 90002 Let’s Start. 90003 90002 90009 Note: 90010 This post contains formulas. For a better view, read this post on desktop or read it on landscape view if you are on the mobile device.90003 90002 For better illustration, 90003 90002 we have separated the calculation in Square meters and Square foot. 90015 90016 90003 90018 Tile Flooring Calculation in Square Metres (Figure. A) 90019 90002 To determine the number of tiles required for the given floor (Fig. A), 90003 90002 90009 Note: 90010 Door Size = 2.1 m × 0.9 m 90003 90002 90015 Figure A 90016 90029 90003 90002 90015 90033 90033 90016 90003 90037 90038 90015 First, 90016 multiply the length and breadth of that room to get the area 90041 90042 .