Written by: Posted on: 04.07.2014

Tsm ceramic инструкция

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Additional properties of the material: TSM Ceramic is an anticorrosive material. TSM Ceramic has a highadhesion index enabling coated surface insulation against water and air penetration, thereby preventing potential external corrosion and rust formation, unlike "wrapping thermal insulators" polyurethane foam or mineral wool. TSM Ceramic is an ecologically pure material.

TSM Ceramic does not containany poisonous or harmful substances, which allows its handling in premises without additional ventilation. The material has the Hygiene Certificates of Russia and Ukraine.

The harmful substances content in the material does not exceed the following values:. TSM Ceramic is a fire resistant material. TSM Ceramic is an insulating material non-sustaining combustion. The material conforms to fire safety regulations, has certificates of fire laboratories in Ukraine and Russia: TSM Ceramic is a liquid insulator which is applied like paint and acts as a thermal protection shield.

Therefore, the resulting thermal conductivity of any physical body is defined as the sum of these three components: The rarefied interpore space in ceramic spheres considerably reduces the convection component of the given material heat transfer. Besides, due to a high reflection factor of ceramic spheres, the radiation radiant component of heat transfer is also many times as small as that of traditional thermal insulation materials. Therefore, TSM Ceramic resultant effective thermal conductivity is very low, meaning a very high heat-insulating effectiveness of the material.

Rarefaction of the spheres considerably reduces TSM Ceramic effective thermal conductivityas compared to materials with the density of the same order. Heat Power Engineering Presently, such materials like mineral wool, polyurethane foam, foam styrol, isover are used for heat insulation of various pipelines and reservoirs for storage of all kinds of chemicals. This way of pipelines heat insulation not only contaminates the environment, but is also dangerous to human health.

Besides, such materials do not have a long guaranteed service life. Practically, in 1 - 2 years, traditional thermal insulation coatings completely loose their thermal-insulating properties under effects of atmospheric precipitation and temperature differences, peeling off and falling to the ground.

Unlike known thermal insulating materials, TSM Ceramic proved to be a good heat shielding for high-temperature structures. In addition, possibility to apply TSM Ceramic with a sprayer or brush to complicated configuration surfaces enables using the material in the most hard-to-access places.

Methods of Insulation Thickness Calculation To calculate thickness of insulation coating for liquid ceramic materials, primarily, a customer shall present technical specifications, wherein the main parameters of an object to be coated are specified:. Methods of Insulation Thickness Calculation for Hot Surfaces When calculating thickness of liquid ceramic materials insulation coating on hot surfaces, the following formulas shall be used as per SNIP 2.

When calculating the coating thickness for outdoor objects, the ambient temperature shall be taken equal to the yearly average temperature of the given region. Methods of Coating Thickness Calculation for Cold Surfaces Against Condensate and Ice Buildup When calculating thickness of thermal insulation coating, several factors shall be taken into account:.

As experience has shown, the higher is the indoor air humidity, the thicker shall be the insulation. However, under certain conditions condensate and ice cannot be removed from an object surface. Generally, the insulation thickness is calculated as per SNIP 2.

The rarefied interpore space in ceramic spheres considerably reduces the convection component of the given material heat transfer. Besides, due to a high reflection factor of ceramic spheres, the radiation radiant component of heat transfer is also many times as small as that of traditional thermal insulation materials. Therefore, TSM Ceramic resultant effective thermal conductivity is very low, meaning a very high heat-insulating effectiveness of the material.

Presently, such materials like mineral wool, polyurethane foam, foam styrol, isover are used for heat insulation of various pipelines and reservoirs for storage of all kinds of chemicals. This way of pipelines heat insulation not only contaminates the environment, but is also dangerous to human health. Besides, such materials do not have a long guaranteed service life. Practically, in 1 - 2 years, traditional thermal insulation coatings completely loose their thermal-insulating properties under effects of atmospheric precipitation and temperature differences, peeling off and falling to the ground.

Unlike known thermal insulating materials, TSM Ceramic proved to be a good heat shielding for high-temperature structures. In addition, possibility to apply TSM Ceramic with a sprayer or brush to complicated configuration surfaces enables using the material in the most hard-to-access places.

Methods of Insulation Thickness Calculation. To calculate thickness of insulation coating for liquid ceramic materials, primarily, a customer shall present technical specifications, wherein the main parameters of an object to be coated are specified:. Comparison table for TSM Ceramic liquid ceramic thermal insulation and galvanized steel insulation on mineral wool mats per m2.

TSM Ceramic Liquid ceramic thermal insulation coating. The most effective fields of application are: Walls of residential and production buildings, both on interior and exterior side.

Bottoms of bridges reduces frost penetration Heating systems pipelines. Steam and gas pipelines. Hydrants, water heaters and boilers. Underground and surface oil pipelines. Hot chemical blender tanks. Название, адрес, номер телефона. Не поленитесь позвонить производителю. Убедитесь, что ваш поставщик действительно является официальным представителем производителя в вашем регионе. В-третьих, прежде чем отдавать деньги за жидкую теплоизоляцию, требуйте от продавца документы.

ТУ, заключения на пожаробезопасность и СЭС, паспорт качества от производителя. Обратите внимание, все документы должны быть заверены мокрыми печатями производителя.

И наконец, посетите сайт. Посмотрите фотографии, почитайте отзывы. Посмотрите, какие испытания были проведены. Серьезные компании обязательно имеют пакет отзывов с контактными телефонами, результаты испытаний нескольких Государственных научных институтов. Попросите, чтобы вам их показали, сделали копию. Это не тайна, и Вы имеете полное право получить максимальную информацию о продукте, который собираетесь приобрести.

География распространения продукции — чем она шире, тем лучше. Имеется ли успешный опыт применения материалов за пределами Украины?

Если да, то продукция заслуживает Вашего внимания и доверия. Если поставщик отказался выполнить эти элементарные просьбы, хорошо подумайте, кому Вы доверяете ваши деньги и уют в доме.

Итак, надежного поставщика Вы уже выбрали. Желанное ведерко с теплоизоляцией уже у Вас. На что нужно обратить внимание. Плотность жидкой теплоизоляции не должна превышать 0,6 кг за один литр объема. Таким образом, вместе с тарой, литровое ведро должно весить не больше 7,5 кг. А литровое — не больше 14 кг.

Если ведро весит больше — Вы приобрели краску. Которая, может быть, имеет небольшой теплоизоляционный эффект. И увидите, как легкие фракции — сферы поднялись вверх, а связующее — осталось на дне. Оригинальная рецептура предполагает, что базовый цвет жидкой теплоизоляции белый! Не серый, не прозрачный, а исключительно белый. Вы когда-нибудь видели качественную фасадную краску серого цвета? Потом уже можно добавлять пигмент, и получать различные пастельные оттенки.

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