Полипропиленовые трубы pro aqua технические характеристики: PRO AQUA Полипропиленовые трубы армированные стекловолокном RUBIS SDR 6

Полипропиленовый шаровой кран Pro Aqua Ultra полнопроходной (PP-R)

Компания «Эго Инжиниринг» осуществляет продажу прямых полипропиленовых кранов. В каталоге представлена продукция Pro Aqua. Отличительными особенностями таких кранов являются повышенная прочность, длительный срок службы (до 50 лет) и простой монтаж.

 

Сфера применения

Шаровые краны применяются в системах холодного (в том числе питьевого) и горячего водоснабжения, отопления, технологических трубопроводах, транспортирующих жидкости, неагрессивные к материалу изделия.

Кран представляет собой запорное устройство, которое предназначено для перекрытия потока воды или другой рабочей среды, транспортируемой полипропиленовыми трубами.

У нас также можно купить прямые краны для систем, в которых транспортируемая среда – техническая вода.

 

Основные преимущества

Небольшая масса. От металлических аналогов полипропиленовые краны отличаются легким весом. Это упрощает и удешевляет их транспортировку и монтаж.
Полный проход. Такой тип изготовления исключает появление засоров и разноплановых примесей. У них меньше гидравлическое сопротивление транспортируемой среды. Следовательно, снижаются расходы на обслуживание трубопроводной системы.
Отсутствие необходимости в ремонте. Прямые полипропиленовые полнопроходные краны имеют простую конструкцию, что исключает риск поломок и необходимость в периодическом ремонте.
Простой монтаж. С установкой такой трубопроводной арматуры справится даже человек без большого опыта.

 

Отличительные особенности

Универсальность. Предлагаемые нами краны являются совместимыми с любыми разновидностями полипропиленовых труб, включая и армированные.
Экологичность. Полипропилен PPR 100, из которого изготовлены наши краны, отличается низкой токсичностью. Изготовленную из него арматуру можно использовать в системах холодного (в том числе питьевого)  и горячего водоснабжения.

 

Технические характеристики:

Тип: Полипропиленовые трубы и фитинги PRO AQUA
Максимальная рабочая температура: + 95°С.
Материал: PPR 100 тип 3.
Рабочие давление: 25 бар.
Материал закладного элемента: латунь CW617N.
Имеет полный проход.
Цвет: белый, серый.
Срок службы: 50 лет.

 

Область применения

Шаровый кран Pro Aqua из полипропилена (PP-R) предназначен для остановки потока при организации систем внутреннего холодного и горячего водоснабжения и разводки систем центрального отопления с рабочей температурой до + 95 °С.

Полипропиленовые трубы Pro Aqua PN 20

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Основные характеристики оборудования Полипропиленовые трубы Pro Aqua PN 20

Материал:

полипропиленовые

Применение:

для водоснабжения

Марка материала:

PP-R

Изоляция:

без изоляции

Максимальная температура:

+95 °C

Рабочее давление:

10 бар

Цвет покрытия:

белый

Гарантия:

1 год

Происхождение бренда:

Россия

Оценка покупателей:

Стоимость:

от 35
до 1 493

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Цены на оборудование Полипропиленовые трубы Pro Aqua PN 20

Код товара	Артикул производителя	Описание	D внешн. мм	Толщ. стенки мм	Упаковка м	Наличие	Цена, руб	Кол-во м	Сделать ЗАКАЗ
25634	PA10006P	Dn 16	16	2,7	4	160 м	35		Купить
65227	PA10008	Dn 20	20	3,4	4	332 м	39		Купить
25636	PA10010	Dn 25	25	4,2	4	248 м	67		Купить
25637	PA10012	Dn 32	32	5,4	4	560 м	119		Купить
25638	PA10014	Dn 40	40	6,7	4	228 м	187		Купить
25639	PA10016	Dn 50	50	8,4	4	112 м	304		Купить
25640	PA10018	Dn 63	63	10,5	4	24 м	478		Купить
25641	PA10020	Dn 75	75	12,5	4	32 м	672		Купить
25642	PA10022	Dn 90	90	15	4	12 м	987		Купить
25643	PA10024	Dn 110	110	18,4	4	по запросу	1 493		Купить

Информация об оборудовании Полипропиленовые трубы Pro Aqua PN 20

Полипропиленовые трубы Pro Aqua PN 20 белого цвета — это цельнопластиковые полипропиленовые трубы, использующиеся в системах ХВС и ГВС, в системах отопления, водоподготовки как в бытовых, так и в промышленных условиях.

Полипропиленовые трубы Pro Aqua PN 20 применяются также при прокладке пневмопроводов, технологических трубопроводов (при соблюдении условия, что полипропилен химически стоек к транспортируемым веществам), для наружных сетей горячего и холодного водоснабжения (включая бесканальную прокладку), допускается применение в объединенных системах противопожарного водоснабжения.

Габаритный чертеж временно отсутствует

Наша компания предлагает широкий ассортимент товаров, который может понадобиться Вам при покупке оборудования полипропиленовые трубы Pro Aqua PN 20 , значительная часть из которого имеется у нас в наличии:

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90000 Polypropylene pipes: technical characteristics, application 90001

90002 What are polypropylene pipes? What is the scope of their application, technical characteristics, what does their labeling mean? In this article we will try to understand all these issues. And to understand, thanks to which this kind of pipe constructions is truly considered to be unique materials, without which it is impossible to imagine the installation or repair of water supply, heating or sewerage communications.90003 90004 90005 90004 Polypropylene pipe — what is it? 90005 90002 Polypropylene is a kind of thermoplasticpolymer. It is made by the method of combining (polymerization) molecules of a derivative gas of ethylene. International designation of polypropylene «PP». Further we will consider in more detail polypropylene pipes: technical characteristics, properties and technology of manufacturing of this material of new generation. 90003 90002 Having a unique resistance to the impact onits alkaline solvents and aggressive substances, the material is widely used in the installation of heating systems, water pipes and sanitary facilities.Can withstand low temperature conditions (up to -10 degrees) or high (up to +110 degrees). 90003 90004 Basic properties of polypropylene pipes and their GOST 90005 90002 Modern polypropylene pipes, technicalcharacteristics and properties of which can be seen in the table, are reliable, durable and quite affordable. The main and indisputable advantage is the fact that they are not subject to corrosive processes, they are resistant to temperature conditions, easy to install, made of environmentally friendly materials.The main properties according to GOST are presented below. 90003 90016 90017 90018 90019 90002 90021 GOST 90022 90003 90024 90019 90002 90021 Parameter 90022 90003 90024 90019 90002 90021 Index 90022 90003 90024 90037 90018 90019 90002 DIN52612 90003 90024 90019 90002 Thermal conductivity, at +20 90045 0 90046 FROM 90003 90024 90019 90002 0.24 W / cm 90003 90024 90037 90018 90019 90002 15139 90003 90024 90019 90002 Density 90003 90024 90019 90002 0.9 g / cm 90045 3 90046 90003 90024 90037 90018 90019 90002 23630 90003 90024 90019 90002 Specific heat at +20 90045 0 90046 C (specific) 90003 90024 90019 90002 2 kJ / kgf 90003 90024 90037 90018 90019 90002 21553 90003 90024 90019 90002 Melting 90003 90024 90019 90002 +149 90045 0 90046 FROM 90003 90024 90037 90018 90019 90002 11262 90003 90024 90019 90002 Strength (at break) 90003 90024 90019 90002 34 ÷ 35 N / mm 90045 2 90046 90003 90024 90037 90018 90019 18599 90024 90019 90002 Elongation of yield stress 90003 90 024 90019 90002 50% 90003 90024 90037 90018 90019 90002 11262 90003 90024 90019 90002 Yield strength (tensile) 90003 90024 90019 90002 24 ÷ 25 N / mm 90045 2 90046 90003 90024 90037 90018 90019 90002 15173 90003 90024 90019 90002 Coefficient of expansion 90003 90024 90019 90002 0.15 mm 90003 90024 90037 90160 90161 90004 Variety of polypropylene pipe. Scope of application 90005 90002 The newest technologies for the production of plastic products are polypropylene pipes. Technical characteristics are presented below. 90003 90166 90167 PN10 is a thin tube. The service life is approximately 50 years. It is used for installation of cold water supply, warm floor (the temperature of the coolant should not exceed + 45 90045 0 90046 FROM). Standard dimensions: Ø outside 20 ÷ 110 mm, Ø inside 16.2 ÷ 90 mm, pipe wall thickness 1.9 ÷ 10 mm. The nominal pressure is 1 MPa. 90170 90171 90166 90167 PN20 — this type of pipe is used in cold water supply systems in residential or industrial buildings or hot (up to +80 90045 0 90046 FROM). The service life is 25 years. The nominal pressure is 2 MPa. Dimensions: Ø outer 16 ÷ 110 mm, inner Ø 10.6 ÷ 73.2 mm, wall thickness 16 ÷ 18.4 mm. 90170 90167 PN25 — reinforced with aluminum foil orfiberglass polypropylene tube. In its properties is identical to metal-plastic.The service life depends on the pressure inside it and the temperature carriers. It is used for installation of heating and hot water supply systems. The nominal pressure is 2.5 MPa. Dimensions: Ø outside 21,2 ÷ 77,9 mm, Ø inside 13,2 ÷ 50 mm, pipe wall thickness 4 ÷ 13,4 mm 90170 90171 90004 The main advantages of polypropylene pipes 90005 90002 What indisputable advantages are the pipespolypropylene? Technical characteristics of polypropylene, according to the manufacturers, are truly amazing.It is considered a universal building material for installation and reconstruction of engineering communications in residential and industrial complexes. They successfully passed tests in independent European and world laboratories and have confirmatory certificates of quality. Consider the advantages. 90003 90166 90167 Their main advantage is a long service life — about 50 years, and when used in a cold water supply system can serve up to 100 years. 90170 90167 Due to the specially designed internal surface of the pipe, which is constantly in contact with water, no deposits on their surfaces are formed.90170 90167 Soundproofing. Noise may occur when transporting hot water from the coolant or with a simple flow of water. Polypropylene is able to absorb them. 90170 90167 Absence of condensation. Polypropylene PPR pipe is resistant to temperature changes due to low thermal conductivity. 90170 90167 Light weight. Compared with their analogue of metal, they are 9 times lighter. 90170 90167 Ease of installation. 90170 90167 In the additional service do not need. 90170 90167 Resistance to the influence of acid-base substances on them.90170 90167 The elasticity of the polypropylene pipe is very high. 90170 90167 Affordable price. 90170 90171 90004 Product data sheet pn25 90005 90002 Not so long ago the producers developed and produced a mass production polypropylene pipe pn25. Technical characteristics of it are described in detail in the product passport. 90003 90016 90017 90018 90213 90002 90021 No. 90022 90003 90024 90219 90002 90021 Name of the characteristic 90022 90223 90003 90024 90226 90002 90021 Values ​​for polypropylene pipes: dimensions 90022 90223 90003 90024 90037 90018 90235 90002 90021 20 ÷ 3,4 90022 90003 90024 90235 90002 90021 25 ÷ 4,2 90022 90003 90024 90235 90002 90021 32 ÷ 5.4 90022 90003 90024 90235 90002 90021 40 ÷ 6,7 90022 90003 90024 90235 90002 90021 50 ÷ 8,3 90022 90003 90024 90235 90002 90021 63 ÷ 10.5 90022 90003 90024 90037 90018 90235 90002 1 90003 90024 90019 90002 Internal Ø 90003 90024 90235 90002 13.2 mm 90003 90024 90235 90002 16.6 mm 90003 90024 90235 90002 21.2 mm 90003 90024 90235 90002 26.6 mm 90003 90024 90235 90002 33.4 mm 90003 90024 90235 90002 42.0 mm 90003 90024 90037 90018 90235 90002 2 90003 90024 90019 90002 Specific heat 90003 90024 90226 90002 1 .75 kJ / kg 90045 0 90046 FROM 90003 90024 90037 90018 90235 90002 3 90003 90024 90019 90002 Ø tolerance 90003 90024 90235 90002 + 0.3mm 90003 90024 90235 90002 + 0.3mm 90003 90024 90235 90002 + 0.3mm 90003 90024 90235 90002 + 0.4mm 90003 90024 90235 90002 + 0.5mm 90003 90024 90235 90002 + 0.6mm 90003 90024 90037 90018 90235 90002 4 90003 90024 90019 90002 The linear extension, (1/90045 0 90046 FROM) 90003 90024 90226 90002 3,5 ÷ 10 90045 -5 90046 90003 90024 90037 90018 90235 90002 5 90003 90024 90019 90002 Warm-up time during welding 90003 90024 90235 90002 5 sec 90003 90024 90235 90002 7 sec 90003 90024 90235 90002 8 sec 90003 90024 90235 90002 12 seconds 90003 90024 90235 90002 18 sec 90003 90024 90235 90002 24 seconds 90003 90024 90037 90018 90235 90002 6 90003 90024 90019 90002 Coefficient of roughness (equivalent) 90003 90024 90226 90002 0.015 mm 90003 90024 90037 90018 90235 90002 7 90003 90024 90019 90002 Cooling time, (seconds) 90003 90024 90235 90002 120 sec 90003 90024 90235 90002 120 sec 90003 90024 90235 90002 120 sec 90003 90024 90235 90002 240 sec 90003 90024 90235 90002 250 seconds 90003 90024 90235 90002 360 sec 90003 90024 90037 90018 90235 90002 8 90003 90024 90019 90002 Tensile strength 90003 90024 90226 90002 35 MPa 90003 90024 90037 90018 90235 90002 9 90003 90024 90019 90002 Regulatory series 90003 90024 90037 90160 90161 .90000 Polypropylene Pipes and fittings PPR -PPRc 90001
90002 PPRC polypropylene random Copolimer stands for, can provide very high performance even under high and low temperatures and pressure conditions. Heating and hot water systems used in fresh water polypropylene random copolymer (pprc) pipes ultra-high molecular structure due to a high level of use and durability. Raw material are manufactured from polypropylene random Copolimer. Plastic pipe, PPRC pipes in factories to human health, considering the value they give does not contain carcinogenic substances that affect human health, Europe’s leading countries and no successful results were obtained in tests it was determined that it did not cause health problems.In the United States, is approved by the health care law. Due to having a high tensile PPRC definitely does not affect the chemical properties of fluids in pipes. Algae pprc pipes DIN 8077 DIN 8078 landed the absence of standards and a minimum of pressure drops are manufactured. 90003 90002 90003 90002 • Shows high resistance against chemicals polypropylene pipes. 90007 • Rust, corrosion will not be deprived. Can work in acidic and basic environments. 90007 • The formation and growth of algae and bacteria in the face of a superior, does not allow the formation of.90007 • PPRC pipes of the inner surface is smooth because there is a chance of the fluid on the surface of the pipe-like grip. 90007 • Flexible, unbreakable, portable and easy to lay. 90007 • Pprc pipes can be used without any isolation in downlight applications. PPRC pipes does not interact with materials such as cement. 90007 • High-grade shows high resistance against heat. So used in heating installations at a temperature of 95 ° also can be used safely. The problemhas been faced till now. 90007 • At 20 ° C at a pressure of 25 ATM working life is 50 years.90007 • Shows high pressure against chemical substances. 90007 • High welding performance. So, do not live any resources for narrowing diameter 90007 • It is difficult to ignite. 90007 • Heat and sound insulation 90007 • IS ENVIRONMENTALLY FRIENDLY. 90007 90003 90002 Hot and cold plumbing systems inside and outside the building 90007 — Solar energy systems 90007 — Solar collectors 90007 — Compressed air systems 90007 — Air conditioning systems 90007 — Industrial piping systems 90003 90002 Polypropylene random Co-polymer (PPRC) pipes and auxiliary parts are classified as type 3.erman norm DIN 8077 DIN 8078 standards as manufactured. Turkish standard TS and TS 11755 9937 with numbers. PPRC pipes are used in the raw materials approved by the health laws of the United States. Germany, France, Great Britain has undergone approval by the health authorities of European countries, including developed countries such as. 90003 90002 90031 Raw material POLYPROPYLENE and features: 90032 90007 Substances obtained from propylene by adding a naphtha obtained by polymerization of the molecules, i.e. larger molecules three flights of obtaining white colored material. In the production of 96% obtained from crude oil derivatives are used polipropilen directly related to the availability and price of world oil reserves and prices. I even have the right information we can give the world; when the oil is finished, polypropylene, will end too. (PVC pipe raw material on the page made no comment on the subject.) Crude oil production is heavily due to the use of polypropylene raw material price is expensive at high pressure and temperature, which can be used safely for 50 years.90007 PPRC products subject to high temperature and high pressure high temperature continuously depends on the way it is not correct to keep. Due to the wrong application of this gives cause shortening of the service life of the pipe. Also 40 ° C. at higher values ​​than it is to use drinking water pipes, which will be held constant. It does not fit in terms of Health. If these pipes are to be used at high temperatures, such as it is more reasonable to use this waste water or water heating. With the growing technology today, the raw materials used by 3 types of polypropylene plastic Pipe Plant.If we process them; 90007 90031 1.Type) Homopolymer Polypropylene: 90032 Propylene and ethylene is produced from the contribution of molecules is not included. For this reason, also because it is soft soft Homopolymer Polypropylene bags, plastic bags of materials, such as is used in the production. 90007 90031 2. Type) Polypropylene block copolymer: 90032 Ethylene contribution (about 3%) of the raw material. The heat resistance is low because cold water lines only suitable for use in plastic pipes used in the production of a raw material.90007 90031 3. Type) Polypropylene random copolymer: 90032 ethylene is a raw material which is contribution. The amount of ethylene% is between 3-7. More high pressure and areas of use are the places where the temperature is high. 90007 3. Other raw materials of Medicine 1 and 2. According to the raw materials physical and chemical quality in terms of higher performance and superior features. The type of plant the raw material used in plastic pipe 3. Type material. 90007 90003 90047 90048 90049 90050 90002 90031 SPECIFICATION 90032 90003 90055 90056 90050 90002 90031 Unit 90032 90003 90055 90050 90002 90031 Test Method 90032 90003 90055 90050 90002 90031 Value 90032 90003 90055 90075 90049 90050 90002 90031 DENSITY 90032 90003 90055 90056 90050 90002 Kg / m3 90003 90055 90050 90002 ISO 1183 90003 90055 90050 90002 900 90003 90055 90075 90049 90050 90002 90031 Melt Flow Rate 90032 90003 90055 90050 90002 230 ° C / 2.16 kg 90003 90055 90050 90002 g / dak 90003 90055 90050 90002 ISO 1133 90003 90055 90050 90002 0,3 90003 90055 90075 90049 90050 90002 90031 Yield In The Limit Resistance 90032 90003 90055 90050 90002 50 mm / dak 90003 90055 90050 90002 MPa 90003 90055 90050 90002 ISO 527-2 90003 90055 90050 90002 26 90003 90055 90075 90049 90050 90002 90031 Elongation At Yield 90032 90003 90055 90050 90002 50 mm / dak 90003 90055 90050 90002% 90003 90055 90050 90002 ISO 527-2 90003 90055 90050 90002 15 90003 90055 90075 90049 90050 90002 90031 90007 Modulus Of Elasticity 90032 90003 90055 90050 90002 2 mm / dak 90003 90055 90050 90002 MPa 90003 90055 90050 90002 ISO 178 90003 90055 90050 90002 900 90003 90055 90075 90049 90050 90002 90031 Impact Resistance 90032 90031 90032 90003 90055 90050 90002 23 ° C 90003 90055 90050 90002 Kj / m2 90003 90055 90050 90002 ISO 179 / 1eA 90003 90055 90050 90002 23 90003 90055 90075 90049 90056 90050 90002 -20 ° C 90003 90055 90050 90002 Kj / m2 90003 90055 90050 90002 ISO 179 / 1eA 90003 90055 90050 90002 2 90003 90055 90075 90239 90240 90241 90048 90049 90244 90245 CHEMICAL NAME 90003 90055 90248 90245 TEMPERATURE IN USE 90003 90055 90075 90049 90050 90245 20 ° C 90003 90055 90050 90245 40 ° C 90003 90055 90075 90049 90050 90002 90031 Gasoline-Fuel 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Benzoic Acid 90032 90003 90055 90050 90002 LIMITED RESISTENT 90003 90055 90050 90002 IRRESISTENT 90003 90055 90075 90049 90050 90002 90031 Bira / Beer 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Ethanol 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Formic Acid 90032 90003 90055 9005 0 90002 IRRESISTENT 90003 90055 90050 90002 IRRESISTENT 90003 90055 90075 90049 90050 90002 90031 Hydrochloric Acid (HCL)% 20 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Üre (Urea) 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Calcium Hydroxide 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Calcium Chloride 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Lactic Acid 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Diesel Fuel 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Fruit Juice 90 032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Nitric Acid 90032 90003 90055 90050 90002 LIMITED RESISTENT 90003 90055 90050 90002 IRRESISTENT 90003 90055 90075 90049 90050 90002 90031 Aleic Acid 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Cotton Oil 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Vinegar 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Citric Acid 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Sodium Hydoxide 90032 90003 90055 90050 90002 LIMITED RESISTENT 90003 90055 90050 90002 IRRESISTENT 90003 90055 90075 90049 90050 90002 90031 Tu zlu Çözelti 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Sulphuric Acid 90032 90003 90055 90050 90002 LIMITED RESISTENT 90003 90055 90050 90002 IRRESISTENT 90003 90055 90075 90049 90050 90002 90031 Milk 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90049 90050 90002 90031 Olive Oil 90032 90003 90055 90050 90002 RESISTENT 90003 90055 90050 90002 RESISTENT 90003 90055 90075 90239 90240 90241 90048 90049 90620 90245 90031 TEMPERATURE 90007 oC 90032 90003 90055 90620 90245 90031 SERVICE LIFE 90032 90031 90007 YEARS 90032 90003 90055 90248 90245 90031 SERIES 90032 90003 90055 90075 90049 90050 90245 4 90003 90055 90050 90245 6 90003 90055 90075 90049 90248 90245 90031 NOMINAL DIAMETER 90032 90003 90055 90075 90049 90050 90245 10 90003 90055 90050 90245 20 90003 90055 90075 9004 9 90248 90245 90007 90031 WORKING PRESSURE 90032 90003 90055 90075 90049 90620 90245 90031 10 90032 90003 90055 90620 90245 1 90007 5 90007 10 90007 25 90007 50 90003 90055 90695 90245 17,6 90003 90055 90695 90245 35,2 90003 90055 90075 90049 90695 90245 16,5 90003 90055 90695 90245 33,1 90003 90055 90075 90049 90695 90245 16,1 90003 90055 90695 90245 32,3 90003 90055 90075 90049 90695 90245 15,6 90003 90055 90695 90245 31,2 90003 90055 90075 90049 90695 90245 15, 2 90003 90055 90695 90245 30,4 90003 90055 90075 90049 90620 90245 90031 20 90032 90003 90055 90620 90245 1 90007 5 90007 10 90007 25 90007 50 90003 90055 90695 90245 14,9 90003 90055 90695 90245 29,9 90003 90055 90075 90049 90695 90245 14,1 90003 90055 90695 90245 28,3 90003 90055 90075 90049 90695 90245 13,7 90003 90055 90695 90245 27,5 90003 90055 90075 90049 90695 90245 13,3 90003 90055 90695 90245 26,7 90003 90055 90075 90049 90695 90245 12,9 90003 90055 90695 90245 25,9 90003 90055 90075 90049 90620 90245 90031 30 90032 90003 90055 90620 90245 1 90007 5 90007 10 90007 25 90007 50 90003 90055 90695 90245 12,8 90003 90055 90695 90245 25,6 90003 90055 90075 90049 90695 90245 12 90003 90055 90695 90245 24 90003 90055 90075 90049 90695 90245 11,6 90003 90055 90695 90245 23,2 90003 90055 90075 90049 90695 90245 11,2 90003 90055 90695 90245 22,4 90003 90055 90075 90049 90695 90245 10, 9 90003 90055 90695 90245 21,9 90003 90055 90075 90049 90620 90245 90031 40 90032 90003 90055 90620 90245 1 90007 5 90007 10 90007 25 90007 50 90003 90055 90695 90245 10,8 90003 90055 90695 90245 21,6 90003 90055 90075 90049 90695 90245 10,1 90003 90055 90695 90245 20,3 90003 90055 90075 90049 90695 90245 9,9 90003 90055 90695 90245 19,7 90003 90055 90075 90049 90695 90245 9,5 90003 90055 90695 90245 18,9 90003 90055 90075 90049 90695 902 45 9,2 90003 90055 90695 90245 18,4 90003 90055 90075 90049 90620 90245 90031 50 90032 90003 90055 90620 90245 1 90007 5 90007 10 90007 25 90007 50 90003 90055 90695 90245 9,1 90003 90055 90695 90245 18,3 90003 90055 90075 90049 90695 90245 8,5 90003 90055 90695 90245 17,1 90003 90055 90075 90049 90695 90245 8,3 90003 90055 90695 90245 16,5 90003 90055 90075 90049 90695 90245 8 90003 90055 90695 90245 16 90003 90055 90075 90049 90695 90245 7,7 90003 90055 90695 90245 15,5 90003 90055 90075 90049 90620 90245 90031 60 90032 90003 90055 90620 90245 1 90007 5 90007 10 90007 25 90007 50 90003 90055 90695 90245 7,7 90003 90055 90695 90245 15,5 90003 90055 90075 90049 90695 90245 7 , 2 90003 90055 90695 90245 14,4 90003 90055 90075 90049 90695 90245 6,9 90003 90055 90695 90245 13,9 90003 90055 90075 90049 90695 90245 6,7 90003 90055 90695 90245 13,3 90003 90055 90075 90049 90695 90245 6,5 90003 9005 5 90695 90245 12,9 90003 90055 90075 90049 90620 90245 90031 70 90032 90003 90055 90620 90245 1 90007 5 90007 10 90007 25 90007 50 90003 90055 90695 90245 6,5 90003 90055 90695 90245 13,1 90003 90055 90075 90049 90695 90245 6 90003 90055 90695 90245 12 90003 90055 90075 90049 90695 90245 5,8 90003 90055 90695 90245 11,6 90003 90055 90075 90049 90695 90245 4,9 90003 90055 90695 90245 9,9 90003 90055 90075 90049 90695 90245 4,3 90003 90055 90695 90245 8 , 5 90003 90055 90075 90049 91129 90245 90031 80 90032 90003 90055 91129 90245 1 90007 5 90007 10 90007 25 90003 90055 90695 90245 5,5 90003 90055 90695 90245 10,8 90003 90055 90075 90049 90695 90245 4,8 90003 90055 90695 90245 9 , 6 90003 90055 90075 90049 90695 90245 4 90003 90055 90695 90245 8 90003 90055 90075 90049 90695 90245 3,2 90003 90055 90695 90245 6,4 90003 90055 90075 90049 91182 90245 90031 95 90032 90003 90055 91182 90245 1 90007 5 90007 10 90003 90055 90695 90245 3,9 90003 90055 90695 90245 7,7 90003 90055 90075 90049 90695 90245 2,6 90003 90055 90695 90245 5,2 90003 90055 90075 90049 90695 90245 2,2 90003 90055 90695 90245 4,3 90003 90055 90075 90239 90240 90002 • STANDARD DIMENSION RATIO: SDR SDR = RATED external diameter (Ø) mm / Thickness (mm s) 90007 • HYDROSTATIC DESIGN STRESS: (σ) σ = MRS / C (Mpa) 90007 • HYDROSTATIC PRESSURE (NOMINAL PRESSURE ) (P) BAR P = (σ 2 x, s) / (Ds) Bar P = σ (MRS) / σ (hid.) X C bar 1 Mpa = 10 bar 90007 • POLYPROPYLENE PIPE WALL THICKNESS S = (PxD) / (σ 2 + P) mm 90003 90047 90048 90049 90695 90245 90031 THE LENGTH OF THE PIPE 90032 90003 90055 91239 90245 90031 TEMPRETURE (ΔT ) oC 90032 90003 90055 90075 90049 90050 90002 90031 (m) 90032 90003 90055 90050 90002 10 90003 90055 90050 90002 20 90003 90055 90050 90002 30 90003 90055 90050 90002 40 90003 90055 90075 90049 90050 90002 90031 1 90032 90003 90055 90050 90002 1,5 90003 90055 90050 90002 3 90003 90055 90050 90002 4,5 90003 90055 90050 90002 6 90003 90055 90075 90049 90050 90002 90031 6 90032 90003 90055 90050 90002 9 90003 90055 90050 90002 18 90003 90055 90050 90002 27 90003 90055 90050 90002 36 90003 90055 90075 90049 90050 90002 90031 12 90032 90003 90055 90050 90002 18 90003 90055 90050 90002 36 90003 90055 90050 90002 54 90003 90055 90050 90002 72 90003 90055 90075 90049 90050 90002 90031 50 90032 900 03 90055 90050 90002 75 90003 90055 90050 90002 150 90003 90055 90050 90002 225 90003 90055 90050 90002 300 90003 90055 90075 90049 90050 90002 90031 100 90032 90003 90055 90050 90002 150 90003 90055 90050 90002 300 90003 90055 90050 90002 450 90003 90055 90050 90002 600 90003 90055 90075 90239 90240 90002 Composite pipes in the heat of the long, cold shortening a distance of less than 5 m due to one of the most important to pay attention to the calculation formulas of linear expansion.The calculation can be done with the following formula; 90003 90002 ΔL = L. ΔT. ₰ ΔL = The amount of heat (m) 90003 90002 ΔT = temperature difference that occurs on a pipe (OC) 90003 90002 L = Total pipe length (m) Elongation and shortening of the neck due to temperature changes should be taken into account. 90007 90003 90002 Horizontally Tiled PPRC pipes that varies according to the temperature ranges that must be present in the clamp are given in the following table. 90003 90241 90048 90049 91406 90245 POLYPROPYLENE PIPE 90031 90032 90003 90055 90056 91413 90245 THE POLYPROPYLENE PIPE WITH ALUMINUM FOIL 90031 90032 90003 90055 90075 90049 90056 90050 90002 90031 20 90032 ° C 90031 90032 90003 90055 90050 90002 90031 40 90032 ° C 90031 90032 90003 90055 90050 90002 90031 60 90032 ° C 90031 90032 90003 90055 90050 90002 90031 80 90032 ° C 90031 90032 90003 90055 90056 90056 90050 90002 90031 20 90032 ° C 90031 90032 90003 90055 90050 90002 90031 40 90032 ° C 90031 90032 90003 90055 90050 90002 90031 60 90032 ° C 90031 90032 90003 90055 90050 90002 90031 80 90032 ° C 90031 90032 90003 90055 90075 90049 90050 90002 90031 20 mm 90032 90003 90055 90050 90002 65 90003 90055 90050 90002 60 90003 90055 90050 90002 55 90003 90055 90050 90002 50 90003 90055 90056 90050 90002 90031 20 mm 90032 90003 90055 90050 90002 125 90003 90055 90050 90002 115 90003 90055 90050 90002 100 90003 90055 90050 90002 90 90003 90055 90075 90049 90050 90002 90031 25 mm 90032 90003 90055 90050 90002 75 90003 90055 90050 90002 70 90003 90055 90050 90002 65 90003 90055 90050 90002 60 90003 90055 90056 90050 90002 90031 25 mm 90032 90003 90055 90050 90002 145 90003 90055 90050 90002 140 90003 90055 90050 90002 125 90003 90055 90050 90002 115 90003 90055 90075 90049 90050 90002 90031 32 mm 90032 90003 90055 90050 90002 90 90003 90055 90050 90002 85 90003 90055 90050 90002 80 90003 90055 90050 90002 75 90003 90055 90056 90050 90002 90031 32 mm 90032 90003 90055 90050 90002 160 90003 90055 90050 90002 155 90003 90055 90050 90002 145 90003 90055 90050 90002 140 90003 90055 90075 90049 90050 90002 90031 40 mm 90032 90003 90055 90050 90002 105 90003 90055 90050 90002 100 90003 90055 90050 90002 95 90003 90055 90050 90002 90 90003 90055 90056 90050 90002 90031 40 mm 90032 90003 90055 90050 90002 175 90003 90055 90050 90002 170 90003 90055 90050 90002 160 90003 90055 90050 90002 150 90003 90055 90075 90049 90050 90002 90031 50 mm 90032 90003 90055 90050 90002 125 90003 90055 90050 90002 115 90003 90055 90050 90002 110 90003 90055 90050 90002 105 90003 90055 90056 90050 90002 90031 50 mm 90032 90003 90055 90050 90002 195 90003 90055 90050 90002 185 90003 90055 90050 90002 175 90003 90055 90050 90002 165 90003 90055 90075 90049 90050 90002 90031 63 mm 90032 90003 90055 90050 90002 140 90003 90055 90050 90002 135 90003 90055 90050 90002 125 90003 90055 90050 90002 120 90003 90055 90056 90050 90002 90031 63 mm 90032 90003 90055 90050 90002 210 90003 90055 90050 90002 205 90003 90055 90050 90002 190 90003 90055 90050 90002 180 90003 90055 90075 90239 90240 90002 — PP-R raw material UV stabilizer does not include durability.A place in the sun so intense, The maximum storage period is 6 months. 90007 — Installation of the outside of the building that will be trapped in the floor and UV rays from the UV rays and also isolated from the surface of the pipe and the cold weather protection should be provided. 90007 — 30 ° C and turns on the 45 ° elbows should be used. 90007 -Metallised additional piece in the works-tightening should be avoided. 90007 — Plumbing the danger of Frost protected must be isolated. 90007 -Pipe and fittings should not be allowed to stay for a long time at a high temperature.90007 — Pipes, shock, to withstand shocks and drops it should be noted and precautions should be taken. 90007 — Cleaned to remove the remaining water from inside the pipe with the purpose of testing must be conducted. 90007 90003 90241 90048 90049 90050 90002 90031 Pipe Diameter (ø) 90032 90003 90055 90050 90002 90031 Volume (lt / m) 90032 90003 90055 90075 90049 90050 90245 20 90003 90055 90050 90245 0,137 90003 90055 90075 90049 90050 90245 25 90003 90055 90050 90245 0,216 90003 90055 90075 90049 90050 90245 32 90003 90055 90050 90245 0,353 90003 90055 90075 90049 90050 90245 40 90003 90055 90050 90245 0,556 90003 90055 90075 90049 90050 90245 50 90003 90055 90050 90245 0,876 90003 90055 90075 90049 90050 90245 63 90003 90055 90050 90245 1,385 90003 90055 90075 90049 90050 90245 75 90003 90055 90050 90245 1,963 90003 90055 90075 90049 90050 90245 90 90003 90055 90050 90245 2,827 90003 90055 90075 90049 90050 90245 110 90003 90055 90050 90245 4,231 90003 90055 90075 90239 90240 90002 The most important elements for the installation of plastic pipe manufacturers and consumers reliability, quality of materials us ed by a resource to the point of being healthy is also important.The Merge method used in pprc pipes, socket welding method is called. Supply socket method; with the support of the welding machine, pprc pipe and fittings to each other is made through melting and bonding of the source method. Step-by-step; 90003 90002 — The pipe, the pipe in the direction perpendicular to the axis of the pipe with sharp shears will be private so only the cutting process is done properly. 90007 — The welding machine at 260 ° C. It should be heated up. 90007 — Pipes and fittings welding machine by keeping ittirili toward each other from the translator.(Refer to the following resource table by looking at the source and the cooling period) 90007 — The Merge takes place immediately from the source machine to the pipe and fittings. During this process, without compromising the axis of the pipe and fittings must be combined. So, when you put the parts in contact they must be omitted. Precautions against errors which will be held during the application process should be taken very carefully. Otherwise it is likely that the loss of gaps between pipes and fittings and giving rise to a homogeneous structure.Now this give information about the measures that must be considered and taken; 90007 Pipe should be cutted with a pipe cutter and pipe segment in the direction perpendicular to the axis. 90007 — Foiled foil for pprc pipe welding should be peeled while. After becoming made to the source of particles should be peeling foil pipes are not sure. The source of pprc pipe and fittings should not be contaminated. 90007 — Source socket PPRC pipes 260 ° C are carried out. The source of the source machine before the start of 260 ° C.The heated, should be controlled. 90007 — You should be careful with the source of standby time. In the melting process, while it is definitely not pipe and fittings should be returned. 90007 — Parts bevel gear connections should not be used. 90007 — After the flooring installation has finished, the sealing test should be performed. 90003 90241 90048 90049 90050 90245 90031 Outter Diameter 90032 90003 90055 90050 90245 90031 Source Depth (mm) 90032 90003 90055 90050 90245 90031 Heating Time 90032 90031 (sn *) 90032 90003 90055 90050 90245 90031 Max.Idle Time 90032 90031 (sn **) 90032 90003 90055 90050 90245 90031 Source Duration 90032 90031 (sn) 90032 90003 90055 90050 90245 90031 Cooling Time 90032 90031 (dk) 90032 90003 90055 90075 90049 90050 90245 90031 20 90032 90003 90055 90050 90245 14 90003 90055 90050 90245 5 90003 90055 90050 90245 8 90003 90055 90050 90245 4 90003 90055 90050 90245 2 90003 90055 90075 90049 90050 90245 90031 25 90032 90003 90055 90050 90245 15 90003 90055 90050 90245 7 90003 90055 90050 90245 11 90003 90055 90050 90245 4 90003 90055 90050 90245 2 90003 90055 90075 90049 90050 90245 90031 32 90032 90003 90055 90050 90245 17 90003 90055 90050 90245 8 90003 90055 90050 90245 12 90003 90055 90050 90245 6 90003 90055 90050 90245 4 90003 90055 90075 90049 90050 90245 90031 40 90032 90003 90055 90050 90245 18 90003 90055 90050 90245 12 90003 90055 90050 90245 18 90003 90055 90050 90245 6 90003 90055 90050 9 0245 4 90003 90055 90075 90049 90050 90245 90031 50 90032 90003 90055 90050 90245 20 90003 90055 90050 90245 12 90003 90055 90050 90245 18 90003 90055 90050 90245 6 90003 90055 90050 90245 4 90003 90055 90075 90049 90050 90245 90031 63 90032 90003 90055 90050 90245 26 90003 90055 90050 90245 24 90003 90055 90050 90245 36 90003 90055 90050 90245 8 90003 90055 90050 90245 6 90003 90055 90075 90049 90050 90245 90031 75 90032 90003 90055 90050 90245 29 90003 90055 90050 90245 30 90003 90055 90050 90245 45 90003 90055 90050 90245 8 90003 90055 90050 90245 6 90003 90055 90075 90049 90050 90245 90031 90 90032 90003 90055 90050 90245 32 90003 90055 90050 90245 40 90003 90055 90050 90245 60 90003 90055 90050 90245 8 90003 90055 90050 90245 6 90003 90055 90075 90049 90050 90245 90031 110 90032 90003 90055 90050 90245 35 90003 90055 90050 90245 50 90003 90055 90050 90245 75 90003 90055 90050 90245 10 90003 90055 90050 90245 8 90003 90055 90075 90239 90240 90002 *: Ambient temperature + 5C if heating is below 50% of the time in an environment should be increased.90007 **: This time is the elapsed time from the welding of pipe and fittings add sheets until dismounted. 90007 90003 90002 90031 Reducing Elbow 45 ° 90032 90007 90003 90002 90007 90003 90002 90031 C-Curve 90007 90032 90007 92223 90031 Armature Template 90007 90032 90007 90031 Hexagonal Female Threaded TEE 90007 90032 90007 90031 Elbow 45 ° 90007 90032 90007 90031 Elbow 90 ° 90032 90007 90007 90003 90002 90031 Hexagonal External Threaded Elbow 90032 90007 90003 90002 90003 90002 90031 Male Threaded Moving Head union 90007 90032 90003 90002 90031 External Threaded Union 90007 90032 90003 90002 90031 Rotating Head TE 90007 90032 90003 90031 Internal Threaded Elbow 90007 90032 90007 90031 Male Threaded TEE 90007 90032 90007 90031 Female Threaded Moving Head union 90032 90007 90007 90031 Male Threaded Moving Head union 90032 90007 90007 92223 90002 • For All types of projects, and product inquiries, you can visit our official website.For Technical information and all types of Request you can mail us. 92223 90003

.90000 Polypropylene Pipe Specifications — Buy Polypropylene Pipe Specifications, Random Length Pipe, Polypropylene Pipe Fittings Product on Alibaba.com 90001
90002 90003 90004 polypropylene pipe specifications 90005 90006 90007 90002 90007 90002 90007 90012 90004 GENERAL INFORMATION 90005 90007 90002 90004 90005 90007 90002 90004 PP-R Pipes which are made of polypropylene Random Copolymer (type 3) and resistant to chemical substances, are used in sanitary installations in hot and cold fluid transfers.90005 90007 90002 90004 90005 90007 90002 90004 PP-R Pipes and Fittings are manufactured in accordance with the standards of TS EN ISO 15874 — TS 11451 — DIN 8077 — DIN 8078 have long lifetime. They are the best choice for cold-hot fluid transfer and radiator installations as they have high resistance to high temperature and pressure. 90005 90007 90002 90007 90002 90007 90002 90007 90002 90007 90002 90004 90004 PPR Pipe (tube) Specifications 90005 90005 90007 90002 90007 90002 90004 90004 PPR Pipe (tube) 90005 Features: 90005 90007 90002 90004 l Material: 99.9% Korea RP2400 and brass inserts. 90005 90007 90002 90004 l Pressure Rating: 1.0Mpa, 1.25MPa, 1.6MPa, 2.0MPa, 2.5MPa 90005 90007 90002 90004 l Standard: ISO 15874: 2003, GB / T 18742.1-2002 90005 90007 90002 90004 l Production temperature: -40 ° C —- + 95 ° C 90005 90007 90002 90004 l Certification: ISO9001, ISO14001 90005 90007 90002 90004 l Color: Green, White, Grey etc 90005 90007 90002 90004 l Size: 16-160 mm 90005 90007 90002 90004 90005 90007 90002 90004 90004 PPR Pipe (tube) 90005 Applications: 90005 90007 90002 90004 Hot & cold sanitary water systems 90005 90007 90002 90004 90005 90007 90002 90004 Heating water systems (including flooring heating) 90005 90007 90002 90004 90005 90007 90002 90004 Pressurized air systems 90005 90007 90002 90004 90005 90007 90002 90004 Air conditioning systems 90005 90007 90002 90004 90005 90007 90002 90004 Industrial piping systems 90005 90007 90002 90004 90005 90007 90002 90004 90005 90007 90002 90004 PPR Pipe (tub e) Advantages: 90005 90007 90002 l Manufacturing: 90003 90006 Founded in 1996 року, experienced The oscillation of the global financial crisis, 90003 90006 With the most professional product research and development, training, after-sales troubleshooting guide service team, etc.90007 90002 90007 90002 l High temperature resistance: the maximum sustained working temperature is up to 70 degrees, the maximum transient temperature is up to 95 degrees 90007 90002 90007 90002 l Heat preservation: low thermal conductivity result in preserving heat 90007 90002 90007 90002 l Non -toxic: no heavy metal additives, would not be covered with dirt or contaminated by bacterium 90007 90002 90007 90002 l Lower installation costs: light weight and ease of installation can reduce installation costs 90007 90002 90007 90002 l Higher flow capacity: smooth interior walls result in low pressure loss and high volume 90007 90002 90007 90002 90003 90004 PPR pipe (tube) and fittings 90005 90006 90007 90003 90004 90005 90006 90002 90007 90002 90007 90002 90007 90003 90004 PPR pipe (tube) Workshop 90005 90006 o 90002 90007 90002 90007
.90000 Pipe Class and piping specifications — Must Know of Pipe for Engineer 90001

90002 To fully understand pipe class and piping specification you must know the basics of the piping. 90003

90002 Pipe covers a very large part of any process plant. If you look at the Oil Exploration platform, Refinery and Petrochemical complex one thing that catches the attention is a complex network of piping. Piping is used to transport various process materials from one equipment to another. But why? 90003

90002 Process Plant is a place where a series of activities are performed in particular ordered to convert raw material into a useful product.Interconnected pipe and pipe components are used to transport raw material, intermediated product and final product to the desired location 90003

90002 90003

90010 What is Pipe? 90011

90002 The pipe is a straight pressure-tight cylindrical hollow, used in the piping system to transport liquid, gas, and sometimes solids. 90003

90010 Classification of Pipes (Types of Pipe Used in Oil and Gas) 90011

90002 Different types of pipes used in various design conditions, considering technical and commercial parameters.For small & medium sizes requirement, seamless pipes are more popular whereas, for larger diameter, welded pipes are more economical. 90003

90002 Based on the way pipe manufacturing, Pipes are mainly classified into two categories seamless and welded. Welded pipes are further classified based on the method of welding. There are two ways to weld pipe 1st is with filler metal and 2nd is without filler metal. 90003

90002 Submerged Arc Welding process is with filler metal welding whereas ERW / EFW and HFW are no filler welding methods to weld the pipe.SAW pipes are further classified as straight seam and spiral seam pipe. Straight seam pipes are also known as L-SAW or long seam SAW pipes. Medium diameter straight SAW pipe has a single seam whereas a large diameter pipe has a two-weld seam. 90003

90002 Check the image below for easy understanding. 90003

90024 Pipe Classification

90010 What is Pipe Class? 90011

90002 Piping class or Pipe Class is a document that specifies the type of the components such as a type of pipe, schedule, material, flange ratings, branch types, valve types and valve trim material, gasket, and all the other components specific requirements to be used for different fluids under different operating conditions in a plant.90003

90002 Pipe class is developed considering Operating Pressure, temperature, and corrosive environment. Different material specifications are segregated in separate «Piping Class». Pipe class is part of the Piping specification. 90003

90002 Shortcode is used to cover all the information applicable to the given pipe class. This pipe class is also included in the line number so that field construction engineer can easily identify the material required. 90003

90033

90034

90002 Check the link for the example of a piping class specification.90003

90002 90038 90039 You can watch this video, where I have 90040 90041 90039 explained 90040 90038 90039 the above Pipe class in great detail. 90040 90041 90003

90002 90003

90010 What is the piping Specifications? 90011

90002 Piping Specifications are technical documents that are generated by private companies to address additional requirements applicable to a specific product or application. 90003

90002 Piping Specs provides specific / additional requirements for the materials, components, or services that are beyond the code and standard requirements.For Example, if you want A106 Gr B pipe with Maximum carbon of 0.23% against standard requirements of 0.3% Max, you must be specified this requirement in your purchase specification. 90003

90057 Why did Specification require? 90058

90059 90060 It allows a purchaser to include special requirements as per design and service conditions. 90061 90060 It also allows customization of the product. 90061 90060 Please note requirement in the specification is Must meet requirements. 90061 90066

90002 Normally, oil & gas facilities generate their own specification during the FEED stage that is front-end engineering and design or sometimes uses readily available specifications from well-established companies such as Shell, Bechtel, EIL, and chevron.90003

90010 What is Piping Components? 90011

90002 Piping Components are mechanical elements suitable for joining or assembling into a pressure-tight fluid containing piping system. Components include pipes, tubes, fittings, flanges, gaskets, bolt-nuts, valves, expansion joints, hose pipes, traps, strainers, separators, control valves, safety valves, blind flanges, spectacle blinds, and drip rings, etc. 90003

90010 What is the Piping System? 90011

90002 Piping System can define as when piping components are joined together to perform some specific activities such as convey, distribute, mix, separate, discharge, meter, control, or stop the fluid flows is known as a piping system.90003

90002 If you want to become an expert in piping components you can buy my full course that covers all details related to piping components. 90003

90010 Pipe Dimension 90011

90002 Pipe dimensions are given in size and schedule numbers. Three different terms are commonly used to define the size of the pipes. 90003

90059 90060 NPS — Nominal Pipe Size 90061 90060 NB — Nominal Bore 90061 90060 DN — Diameter Nominal 90061 90066

90091 Pipe Size NPS NB DN

90002 You can check the complete guide on Pipe Size and Schedule (Click on the link) for in-depth understanding.90003

90002 Dimensions of the pipes are covered in following Standard 90003

90059 90060 ASME B36.10 — Welded and Seamless Wrought Steel Pipe (Carbon & Alloy Steel) 90061 90060 ASME B36.19 — Stainless Steel Pipe 90061 90066

90010 What is Small Bore Pipe and Large Bore Pipe? 90011

90002 In the project, you will come across the terms such as small Bore & big bore or large bore pipe. 90003

90057 Small Bore Pipe 90058

90002 Pipe Size up to 2 «are considered small bore pipe.However, some companies considered up to 2.5 «pipe as a small-bore. 90003

90057 Large Bore Pipe (Big Bore Pipe) 90058

90002 Pipe Size above 2 «are considered large bore or big bore pipe 90003

90010 Pipe Length 90011

90002 The length of the pipe is mentioned in either meter or feet. During production, pipes are not manufactured in the same lengths, and during the construction of the process plants, you required various lengths of pipes. To address this issue standard has defined pipe lengths in single random and double random categories.90003

90033

90057 Single random pipes 90058

90002 Single random pipes come in 4.8m to 6.7m in lengths with 5% of lengths in between 3.7 to 4.8 m 90003

90057 Double random pipes 90058

90002 Double random pipes have a minimum average length of 10.7 m and a minimum length of 4.8 m with 5% of lengths in between 4.8 m to 10.7 m 90003

90010 Pipe End Types 90011

90002 The pipes come in following end types; 90003

90059 90060 Plain Ends 90061 90060 Beveled Ends 90061 90060 Threaded Ends 90061 90060 Socket & Spigot Ends 90061 90060 Flanged Ends 90061 90060 Buttress Ends 90061 90066

90057 90039 Plain Ends 90040 90058

90002 Plain end pipes are used when socket type weld fittings are used.90003

90151

90152 Advantages 90153

90154 90060 Easier Alignment than butt welding 90061 90060 No weld metal intrusion into a bore 90061 90159

90152 Disadvantages 90153

90154 90060 The 1/16 «(1.5 mm) recess pockets liquid 90061 90060 Use not permitted by code if Severe Erosion or Crevice Corrosion is anticipated. 90061 90159

90033

90057 Beveled Ends 90058

90002 Beveled end pipes are used when butt type weld fittings are used. 90003

90173

90152 Advantages 90153

90154 90060 The most practical way of joining big-bore piping 90061 90060 Reliable leak-proof joint 90061 90060 Joint can be radiographed 90061 90159

90152 Disadvantages 90153

90154 90060 Weld intrusion will affect the flow 90061 90060 End preparation is necessary 90061 90159

90057 Threaded Ends 90058

90002 Threaded end pipes are used with threaded connections in a piping system.90003

90196

90152 Advantages 90153

90154 90060 Easily made at the site 90061 90060 Can be used where welding is not permitted due to fire hazard 90061 90159

90152 Disadvantages 90153

90154 90060 Joint may leak when not properly sealed 90061 90060 Use not permitted by code if severe erosion, crevice corrosion, shock, or vibration are anticipated. 90061 90060 A strength of pipe is reduced as threads reduce the wall thickness 90061 90060 Seal welding may be required 90061 90060 The code specifies that seal welding shall not be considered to contribute for the strength of joint 90061 90159

90057 Socket & Spigot Ends 90058

90002 Socket & Spigot End pipes are generally used in the Ductile iron pipeline and non-metallic piping pipeline such as PVC, GRE / GRP.90003

90223

90152 Advantages 90153

90154 90060 It can be easily made at the site. 90061 90060 Can accept misalignment up to 10 ° at pipe joints. 90061 90159

90152 Disadvantages 90153

90154 90060 Suitable for low-pressure applications. 90061 90060 Special configuration at the pipe ends required. 90061 90159

90057 Flanged End 90058

90002 Flanged end pipes are used where the bolted connection is required. 90003

90244

90152 Advantages 90153

90154 90060 Can be easily made at the site 90061 90060 Can be used where welding is not permitted due to material properties or fire hazard.90061 90060 Dismantling is very easy 90061 90159

90152 Disadvantages 90153

90154 90060 It is a point of potential leakage 90061 90060 It can not be used when piping is subjected to high bending moment. 90061 90159

90057 Buttress Ends 90058

90002 Buttress Ends are used in glass piping and are joined by bolting with the use of backing flanges. This joint connection is not capable of holding high pressure. 90003

90002 90038 90039 Download the Pipe Class PDF 90040 90041 90003

90002 90038 90039 Do not forget to subscribe 90040 90041 90003
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