SU73737A1 - The method of waterproofing building structures using betonite - Google Patents

The method of waterproofing building structures using betonite

Info

Publication number
SU73737A1
SU73737A1 SU42886A SU306232A SU73737A1 SU 73737 A1 SU73737 A1 SU 73737A1 SU 42886 A SU42886 A SU 42886A SU 306232 A SU306232 A SU 306232A SU 73737 A1 SU73737 A1 SU 73737A1
Authority
SU
USSR - Soviet Union
Prior art keywords
building structures
betonite
bentonite
waterproofing
waterproofing building
Prior art date
Application number
SU42886A
Other languages
Russian (ru)
Inventor
Н.Н. Сухарев
Original Assignee
Н.Н. Сухарев
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Н.Н. Сухарев filed Critical Н.Н. Сухарев
Priority to SU42886A priority Critical patent/SU73737A1/en
Application granted granted Critical
Publication of SU73737A1 publication Critical patent/SU73737A1/en

Links

Landscapes

  • Sealing Material Composition (AREA)
  • Building Environments (AREA)

Description

В предлагаемом способе гидроизол ции стороительных сооружений применер естественный коллоидный силикат, так назыВаемый бентонит. Он обладает следующими свойствами , позвол ющими использовать его дл  изол ции и защиты фундаментов от агрессивных вод.In the proposed method of waterproofing the building structures, natural colloidal silicate, the so-called bentonite, was used. It has the following properties, allowing it to be used to isolate and protect foundations from corrosive waters.

1.Диаметр частиц, составл ющих массу-тело бентонитл, меньше 0,0001 миллимикрона, в этом случае он  вл етс  коллоидальным.1. The diameter of the particles constituting the mass-body of bentonitl is less than 0.0001 millimicron, in which case it is colloidal.

2.Вследствие высокой коллоидальности высушенный или в естественноМ состо нии бентонит при смачивании его водой образует плотный в жущий студень - гель.2. Due to its high colloidal state, dried or naturally bentonite forms a dense, baking gel as it is wetted with water.

3.Высушенный порошкообразный бентонит в соединении с водой увеличиваетс  в объеме в 14 раз.3. The dried powdered bentonite in conjunction with water increases in volume by 14 times.

Дл  использовани  бентонита гидроизол ции последний после просущивани  в порошкообразном виде укладывают в пакетах вокруг сводов или под фундаментом стро щегос  здани . При соединении сTo use bentonite for waterproofing, the latter, after drying in powder form, is placed in sacks around the arches or under the foundation of the building. When connected to

в() оентонит, раствор  сь, образует плотную водонепроницаемую оболочку вокруг сооружени , котора  предохран ет его от действи  грунтовых агрессивных вод. Фильтраци  воды через подобную оболочку невозможна, так как увеличение первоначального объема бентонита создает значительное давление- Кро .ме того,  вл  сь коллондной глиной, бентонит обладает ксэф1щиентом фильтрации, равным почти нулю. Движению воды мешает и капилл рное нат жение, каковое в коллоидных массах  вл етс  чрезвычайно высоким.in (), oentonite, when dissolved, forms a dense, watertight envelope around the structure, which protects it from the action of ground aggressive water. Filtration of water through such a shell is impossible, since an increase in the initial volume of bentonite creates significant pressure. Moreover, bentonite has a low filtration rate of almost zero. Water movement is also hampered by capillary tension, which is extremely high in colloidal masses.

Предмет изобретени Subject invention

Способ гидроизол ций строительных сооружений с помощью бентонита , отличающийс  те.м, что измельченный в порошок сухой бентонит укладывают слоем, например, в пакетах, в местах проникновени  воды (под фундаментами, под п тами сводов и т. п.).A method of waterproofing building structures using bentonite, characterized by the fact that powdered dry bentonite is laid in layers, for example, in bags, in places of water penetration (under foundations, under roofing arches, etc.).

SU42886A 1941-04-23 1941-04-23 The method of waterproofing building structures using betonite SU73737A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
SU42886A SU73737A1 (en) 1941-04-23 1941-04-23 The method of waterproofing building structures using betonite

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
SU42886A SU73737A1 (en) 1941-04-23 1941-04-23 The method of waterproofing building structures using betonite

Publications (1)

Publication Number Publication Date
SU73737A1 true SU73737A1 (en) 1947-11-30

Family

ID=48249645

Family Applications (1)

Application Number Title Priority Date Filing Date
SU42886A SU73737A1 (en) 1941-04-23 1941-04-23 The method of waterproofing building structures using betonite

Country Status (1)

Country Link
SU (1) SU73737A1 (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
RU2804944C1 (en) * 2023-04-12 2023-10-09 Общество с ограниченной ответственностью "БентИзол" Barrier mixture for obtaining flat textile anti-filtration element with increased insulating characteristics

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
RU2804944C1 (en) * 2023-04-12 2023-10-09 Общество с ограниченной ответственностью "БентИзол" Barrier mixture for obtaining flat textile anti-filtration element with increased insulating characteristics

Similar Documents

Publication Publication Date Title
SU73737A1 (en) The method of waterproofing building structures using betonite
CN103214224A (en) Compound stabilizing method for silty soil in Yellow River flooded areas
Grossi et al. Effect of fatty quaternary ammonium salts on physical properties of certain soils
CN107366276B (en) Water glass restoration method for preventing soft rock disintegration
GB641022A (en) Improvements in or relating to anode packages for use in cathodic systems for protecting underground metallic structures
EP0060902A1 (en) A method of filling with simultaneous packing superficial storage yards with waste materials from power plants, thermal-electric power stations and heating plants
Torraca An international project for the study of mud-brick preservation
SU956749A1 (en) Device for applying grouting mortar onto well walls
GB934165A (en) Drilling in permeable formations, and drilling fluids for use in such drilling
SU968758A1 (en) Tensiometer for determining soil moisture content
SU448655A3 (en) The method of sealing the wet surfaces of massive building elements
JPS5351556A (en) Manufacture of heat pipe
SU93235A1 (en) Method of making antiseptic bitumen paste
CN108645681A (en) A kind of preparation method of saturation amorphousness loess sample
SU407993A1 (en) STONE-GROUND DUTY
SU66313A1 (en) Method of soil reinforcement
SU1581838A1 (en) Cementing plug
JPS5372787A (en) Binder for powdery material
SU69702A1 (en) Method of preparing mortar for cementing wells in fractured rocks
SU132164A1 (en) The solution for securing rocks when conducting mining
SU711002A1 (en) Binder
GB588934A (en) Improvements in or relating to the building of concrete structures
Sultana et al. Stabilization of Expansive Soil Using Alkali Activated Fly Ash
US1841547A (en) Plastic-forming composition
SU63644A1 (en) Method of compacting and fixing soils using clay-silicate solutions