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Application

shipbuilding

Liquid thermal insulation "Teplotor"

in shipbuilding

In modern shipbuilding, high requirements are imposed on thermal insulation materials due to the need to comply with fire safety, comfort of personnel and passengers, the peculiarity of technological use, the service life of the material, etc.

Liquid thermal insulation materials of the TEPLOTOR series meet all the requirements and effectively cope with the tasks. The material is applied to various structural elements of ships, providing not only thermal protection, but also protection against condensation.

The material is highly effective in thermal insulation of hot water and heating pipelines, removal of condensate on cold water pipelines passing in warm rooms and, of course, for insulation of ship premises and prevention of condensation in rooms located below the waterline.

The technology of applying liquid thermal insulation is carried out using a fluted (flat) brush or air spraying, which makes it easy to isolate complex geometric structures inside ships. The complexity of applying the material is commensurate with the complexity of painting. Liquid ceramic ultrathin thermal insulation can be easily sprayed both before and after the installation work on the ship's rigging.

To date, Teplotor is one of the few thermal insulation coatings on the market, which is provided with qualified and high-quality scientific and technical support and is the leader in the Russian market of ultrathin thermal insulation used for insulation and condensate removal on Navy ships, as well as on ships under the supervision of the Russian Maritime and River Registers.

Advantages of using liquid thermal insulation "Teplotor"

IN SHIPBUILDING

1

The coating is resistant to seawater.

2

It has sound insulation properties, reducing the impact of external structural noise.

3

Ultra-thin and light coating.

5

Prevents corrosion under insulation.

4

Protects personnel from burns.

6

Prevents the formation of condensation.

7

Does not support gorenje, low smoke generation.

8

Non-toxic, environmentally friendly.

9

It is applied on surfaces of all shapes and sizes.

10

Eliminates "cold bridges".

11

In case of contamination, it is easy to clean with warm soapy water.

12

Low labor and resource costs when repairing damaged surfaces.

13

Allows you to easily detect the places of formation of defects during the entire service life of insulated surfaces.

14

High service life of the material.

15

Has all the necessary certificates in the field of shipbuilding.

Reference list of the use of liquid thermal insulation "Teplotor"

in shipbuilding

№	Project	Purpose of the vessel	Shipbuilding plant	Year of construction
1	22220	Nuclear icebreaker "Arctic"	JSC "Baltic Plant"
24	344	Rack vessel	PJSC "Vyborg Shipbuilding Plant"
4	RST 27	Tanker	JSC “OKA SHIPYARD”
11	RST 54	Tanker	JSC “OKA SHIPYARD”
12	92800	Multifunctional vessel	JSC “OKA SHIPYARD”
2	19900	Tanker	PJSC "Krasnoe Sormovo Plant"
3	RST 27	Tanker	PJSC "Krasnoe Sormovo Plant"	2017-2019
5	RST 22	Tanker	PJSC "Krasnoe Sormovo Plant"
6	RST 27M	Chemical tanker	PJSC "Krasnoe Sormovo Plant"	2017

7	RSD 59	Cargo ship	PJSC "Krasnoe Sormovo Plant"		2018
8	TSHD 1000	Dredger	PJSC "Krasnoe Sormovo Plant"		2016
9	PV 300	Passenger ship	PJSC "Krasnoe Sormovo Plant"		2020
10	PV 300VD	Passenger ship	JSC "Lotos Shipbuilding Plant"
14	23180	Passenger hydrofoil vessel "Valdai"	JSC "CCB for SEC named after R.E. Alekseev"
15	23160	Passenger hydrofoil vessel "Comet"	JSC "TSKB for SEC named after R.E. Alekseev"
16	1388НЗТ	Torpedo boat (GOZ)	Sokolskaya Shipyard JSC
17	1388НЗ	Torpedo boat (GOZ)	Sokolskaya Shipyard JSC
18	19910	Hydrographic vessel (GOZ)	JSC "Vimpel Shipbuilding Plant"
19	20360 М	Sea transport	JSC "Shipbuilding Plant "Vimpel"
20	22600	Icebreaker	JSC "Admiralty Shipyards"
21	21180 М	Icebreaker	JSC "Admiralty Shipyards"
22	903	Research vessel	JSC "Admiralty Shipyards"
26	01280	Rescue vessel "Academician Alexandrov"	JSC CS "Zvezdochka"
27	ТМ100	Passenger ship	JSC "Moscow Shipbuilding Plant"
28	23040	Boat of complex emergency and rescue support	JSC "Nizhny Novgorod Motor Ship Plant"
29	23040Г	Large hydrographic boat	JSC "Nizhny Novgorod Motor Ship Plant"
30	А160	Raid diving boat	JSC "Nizhny Novgorod Motor Ship Plant"
25	RSD 49	Cargo ship	LLC "Nevsky Shipbuilding Plant"	5
31	RSD59	Cargo ship	Nevsky Shipbuilding Plant LLC
32	MPSV12	Rescue tug	Nevsky Shipbuilding Plant LLC
33	RSD49	Cargo ship	Nevsky Shipbuilding Plant LLC	10
13	00360 (MPSV)	Lifeguard	PJSC "Amur Shipbuilding Plant"
23	300	Ferry	PJSC "Amur Shipbuilding Plant"
34	20380	Corvette (GOZ)	PJSC "Amur Shipbuilding Plant"	4
35	CNF11CPD	Ferry	PJSC "Amur Shipbuilding Plant"	4
36	22420	Supply vessel	PJSC "Amur Shipbuilding Plant"	2
37	81355/2012	Motor ship	RECHTRANSLOGISTIK LLC	2
38	Р14А	Motor ship "Ermakovo"	RECHTRANSLOGISTIK LLC
39	428.1	Motor ship OT-2036	RECHTRANSLOGISTIK LLC
41	758А	Motor ship OTA-872	RECHTRANSLOGISTIK LLC
42	911V	Motor ship RT-406	RECHTRANSLOGISTIK LLC
43	1741А	Motor ship RT-783	RECHTRANSLOGISTIK LLC
44	1741А	Motor ship RT-780	RECHTRANSLOGISTIK LLC
45	R45B	Motor ship "Rumb"	RECHTRANSLOGISTIK LLC
46	1741А	The ship "Selenga"	RECHTRANSLOGISTIK LLC
47	R14	The ship "Slavgorod"	RECHTRANSLOGISTIK LLC
48	R14А	The ship "Khatanga"	RECHTRANSLOGISTIK LLC
49	R14А	The ship "Chunoyar"	RECHTRANSLOGISTIK LLC
50	R99	Floating crane	RECHTRANSLOGISTIK LLC
51	795	The ship "Geologist Luginets"	RECHTRANSLOGISTIK LLC
52	911V	Motor ship RT-419	RECHTRANSLOGISTIK LLC
53	72240	Fishing vessel	JSC "SSZ im. Oct. Revolutions"
54	19910	Hydrographic Vessel (GOZ)	JSC "SSZ im. Oct. Revolutions"
55	21820	Transport and landing boat "Dugong" (GOZ)	PJSC "Yaroslavl Shipbuilding Plant"	3	2014-2015
56	10410	Tugboat (GAS)	PJSC "Yaroslavl Shipbuilding Plant"	2
57	23470	Tugboat (GAS)	PJSC "Yaroslavl Shipbuilding Plant"	5	2017-2019
58	А40	Bonopostanovschik	PJSC "Yaroslavl Shipbuilding Plant"	6	2016-2018
59	2220	Boat "Yaroslavets" (GAZ)	PJSC "Yaroslavl Shipbuilding Plant"	5
60	3330	Oil collector	PJSC "Yaroslavl Shipbuilding Plant"	3	2019
61	R2114	Measuring vessel	PJSC "Yaroslavl Shipbuilding Plant"	1	2019
62	745	Tugboat	PJSC "Yaroslavl Shipbuilding Plant"	1	2010
63	745БМ	Tugboat	PJSC "Yaroslavl Shipbuilding Plant"	1	2014
64	ROB07	Non-self-propelled barge	Nobel Brothers Shipyard LLC	1	2017

7;RSD 59;Cargo ship;PJSC "Krasnoe Sormovo Plant"; ;2018 8;TSHD 1000;Dredger;PJSC "Krasnoe Sormovo Plant"; ;2016 9;PV 300;Passenger ship;PJSC "Krasnoe Sormovo Plant"; ;2020 10;PV 300VD;Passenger ship;JSC "Lotos Shipbuilding Plant" 14;23180;Passenger hydrofoil vessel "Valdai";JSC "CCB for SEC named after R.E. Alekseev" 15;23160;Passenger hydrofoil vessel "Comet"; JSC "TSKB for SEC named after R.E. Alekseev" 16;1388НЗТ;Torpedo boat (GOZ);Sokolskaya Shipyard JSC 17;1388НЗ;Torpedo boat (GOZ);Sokolskaya Shipyard JSC 18;19910;Hydrographic vessel (GOZ);JSC "Vimpel Shipbuilding Plant" 19;20360 М;Sea transport;JSC "Shipbuilding Plant "Vimpel" 20;22600;Icebreaker;JSC "Admiralty Shipyards" 21;21180 М;Icebreaker;JSC "Admiralty Shipyards" 22;903;Research vessel;JSC "Admiralty Shipyards" 26;01280;Rescue vessel "Academician Alexandrov"; JSC CS "Zvezdochka" 27;ТМ100;Passenger ship;JSC "Moscow Shipbuilding Plant" 28;23040;Boat of complex emergency and rescue support;JSC "Nizhny Novgorod Motor Ship Plant" 29;23040Г;Large hydrographic boat;JSC "Nizhny Novgorod Motor Ship Plant" 30;А160;Raid diving boat;JSC "Nizhny Novgorod Motor Ship Plant" 25;RSD 49;Cargo ship;LLC "Nevsky Shipbuilding Plant";5 31;RSD59;Cargo ship;Nevsky Shipbuilding Plant LLC 32;MPSV12;Rescue tug; Nevsky Shipbuilding Plant LLC 33;RSD49;Cargo ship;Nevsky Shipbuilding Plant LLC;10 13;00360 (MPSV);Lifeguard;PJSC "Amur Shipbuilding Plant" 23;300;Ferry;PJSC "Amur Shipbuilding Plant" 34;20380;Corvette (GOZ);PJSC "Amur Shipbuilding Plant";4 35;CNF11CPD;Ferry;PJSC "Amur Shipbuilding Plant";4 36;22420;Supply vessel;PJSC "Amur Shipbuilding Plant";2 37;81355/2012;Motor ship;RECHTRANSLOGISTIK LLC;2 38;Р14А;Motor ship "Ermakovo";RECHTRANSLOGISTIK LLC 39;428.1;Motor ship OT-2036;RECHTRANSLOGISTIK LLC 41;758А;Motor ship OTA-872;RECHTRANSLOGISTIK LLC 42;911V;Motor ship RT-406;RECHTRANSLOGISTIK LLC 43;1741А;Motor ship RT-783;RECHTRANSLOGISTIK LLC 44;1741А;Motor ship RT-780;RECHTRANSLOGISTIK LLC 45;R45B;Motor ship "Rumb";RECHTRANSLOGISTIK LLC 46;1741А;The ship "Selenga";RECHTRANSLOGISTIK LLC 47;R14;The ship "Slavgorod";RECHTRANSLOGISTIK LLC 48;R14А;The ship "Khatanga";RECHTRANSLOGISTIK LLC 49;R14А;The ship "Chunoyar";RECHTRANSLOGISTIK LLC 50;R99;Floating crane;RECHTRANSLOGISTIK LLC 51;795;The ship "Geologist Luginets";RECHTRANSLOGISTIK LLC 52;911V;Motor ship RT-419;RECHTRANSLOGISTIK LLC 53;72240;Fishing vessel;JSC "SSZ im. Oct. Revolutions" 54;19910;Hydrographic Vessel (GOZ);JSC "SSZ im. Oct. Revolutions" 55;21820;Transport and landing boat "Dugong" (GOZ);PJSC "Yaroslavl Shipbuilding Plant";3;2014-2015 56;10410;Tugboat (GAS);PJSC "Yaroslavl Shipbuilding Plant";2 57;23470;Tugboat (GAS);PJSC "Yaroslavl Shipbuilding Plant";5;2017-2019 58;А40;Bonopostanovschik;PJSC "Yaroslavl Shipbuilding Plant";6;2016-2018 59;2220;Boat "Yaroslavets" (GAZ);PJSC "Yaroslavl Shipbuilding Plant";5 60;3330;Oil collector;PJSC "Yaroslavl Shipbuilding Plant";3;2019 61;R2114;Measuring vessel;PJSC "Yaroslavl Shipbuilding Plant";1;2019 62;745;Tugboat;PJSC "Yaroslavl Shipbuilding Plant";1;2010 63;745БМ;Tugboat;PJSC "Yaroslavl Shipbuilding Plant";1;2014 64;ROB07;Non-self-propelled barge;Nobel Brothers Shipyard LLC;1;2017

Facades of buildings and structures

Liquid thermal insulation "Teplotor"

in construction and housing

An important element in ensuring a comfortable environment in the house is the right choice of thermal insulation of both the building itself and the hot water and heating systems.

In many houses of our country, large heat losses occur through basements, attics, non-insulated walls, and sometimes even just on the way to home. This is due to outdated thermal protection technologies that are rapidly losing their heat-preserving properties, poor-quality installation of insulation, theft of protective screens (galvanized sheets on pipelines). As a result, many people pay 2−3 times more for energy resources than they could with high-quality thermal insulation.

The use of "traditional" insulation is often technically impossible, and sometimes even fire-hazardous. Particular difficulties arise in situations where the preservation of the architectural appearance of the building is a prerequisite.

The solution to these problems will be the use of thermal insulation materials of the "Teplotor" series! These materials have a number of advantages that undoubtedly distinguish them from the "classic" insulation:

The thickness of the material is usually 1-3 mm, which is especially important, for example, when pipelines run close to walls or to each other;
No additional fastening systems are required;
Even an unskilled specialist can perform work on insulation with liquid thermal insulation;
The ability to preserve the appearance of the building;
Uniformity of the coating – there are no connecting seams and, accordingly, there are no "cold bridges";
Maintainability – the damaged area of the liquid insulation is enough to clean and process again;
The possibility of applying material to objects of complex shapes and designs;
All materials do not support gorenje, and also have low smoke generation.;
There is no additional load on the foundation;
The materials are non-toxic, environmentally friendly;
They make it easy to detect the places of formation of defects during the entire service life of insulated surfaces;
High service life of the material.

All materials of the Teplotor series have the necessary certificates, including a Certificate of inclusion in the Register of new technologies, equipment and materials used in housing and communal services and construction of the Russian Federation, as well as a Certificate of compliance with the norms and rules of technical operation of the housing stock.

Acrylic paint on a water-dispersion basis can be applied on top of thermal insulation coatings of the Teplotor series, and it is also allowed to plaster, putty and wallpaper.

Industry

Oil and gas complex and petrochemical production

One of the main problems of operating tanks with petroleum products (gasoline, kerosene, fuel oil, crude oil, etc.) is overheating by sunlight. The boiling point of petroleum products ranges from +40 ° C, while the temperature of the metal in the summer can exceed +80 ° C. This inevitably leads to losses that can reach 40% of the total volume of petroleum products in the tank. To avoid this, the solution will be the use of thermal insulation material "Teplotor".

The ultra-thin monolithic coating will provide reliable thermal insulation and prevent the occurrence of "cold bridges". Due to the liquid consistency, the material is easily applied using an air spray device on the surface of any configuration. It is no longer necessary to remove the tank from the production process for welding studs and brackets for fixing mineral wool plates and galvanized steel cladding.

"Teplotor" also performs well the task of reducing heat loss in tanks, battery tanks, deaerators, etc. The material has already proven itself well on oil tanks beyond the Arctic Circle.

Thermal insulation of shut-off valves

As a rule, due to the complex configuration, the shut-off valves are not insulated, which leads to large heat losses. Classical thermal insulation materials do not allow to effectively isolate various valves, dampers, ball valves, etc. So, for example, the use of basalt or mineral wool has a number of disadvantages:

Bulkiness;
Tendency to get wet and absorb moisture;
Complex installation of insulation with a protective layer of galvanizing;
If repairs are necessary, complete dismantling of the insulation is required.;
The service life is not more than 3 years.

The use of liquid ceramic heaters of the Teplotor series for thermal insulation of shut-off valves will reduce heat losses, extend the service life of the insulated unit (prevents corrosion), and also protect personnel from burns and injuries. The material applied to the shut-off valve does not interfere with the repair work and is easily restored in case of damage.

ADDRESS

Nizhny Novgorod
Sutyrina str., 8a, office 3,5

CONTACTS

+ 7 (910) 389-20-20
+ 7 (831) 282-02-65
teplotor@yandex.ru