COMPOSITION, AND THREADED CONNECTION FOR PIPES INCLUDING LUBRICANT COATING LAYER FORMED FROM THE COMPOSITION

The composition according to the present disclosure is a composition for forming a lubricant coating layer on or above a threaded connection for pipes, and contains polyisobutylene, a metal soap, a wax and a basic metal salt of an aromatic organic acid. The threaded connection for pipes according to the present disclosure includes: a pin having a pin-side contact surface which includes a pin-side threaded portion; a box having a box-side contact surface which includes a box-side threaded portion; and a lubricant coating layer formed from the aforementioned composition as an outermost layer on or above at least one of the pin-side contact surface and the box-side contact surface. 116-. (canceled)17. A composition for forming a lubricant coating layer on or above a threaded connection for pipes , the composition comprising:polyisobutylene,a metal soap,a wax, anda basic metal salt of an aromatic organic acid.18. The composition according to claim 17 , wherein:when a total amount of non-volatile components in the composition is taken as 100 mass %, the composition comprises:the polyisobutylene: 5 to 30 mass %,the metal soap: 2 to 30 mass %,the wax: 2 to 30 mass %, andthe basic metal salt of an aromatic organic acid: 10 to 70 mass %.19. The composition according to claim 17 , wherein:the composition further comprises:a lubricant powder.20. The composition according to claim 19 , wherein:when a total amount of non-volatile components in the composition is taken as 100 mass %, the composition comprises:the lubricant powder: 0.5 to 20 mass %.21. The composition according to claim 19 , wherein:the lubricant powder is one or more types selected from the group consisting of graphite and polytetrafluoroethylene.22. The composition according to claim 17 , wherein:the composition further comprises:a volatile organic solvent.23. A threaded connection for pipes claim 17 , comprising:a pin having a pin-side contact surface including a pin-side threaded portion;a box having a box- ...

Oil-Well Metal Pipe, and Method for Producing Oil-Well Metal Pipe

A metal pipe for an oil well according to the present disclosure can be fastened with a high torque even when the metal pipe has a large diameter. A metal pipe (1) for an oil well according to the present disclosure comprises a pipe main body (10) including a first end portion (10A) and a second end portion (10B). The pipe main body (10) includes a pin (40) formed to the first end portion (10A) and a box (50) formed to the second end portion (10B). The pin (40) includes a pin contact surface (400) including a male screw portion (41), and the box (50) includes a box contact surface (500) including a female screw portion (51). The metal pipe (1) for an oil well according to the present disclosure further comprises a resin film (100) containing a resin, a solid lubricant powder, and copper phthalocyanine on at least one of the pin contact surface (400) and the box contact surface (500).

Composition, and threaded connection for pipes including lubricant coating layer formed from the composition.

Provided are a composition for the purpose of obtaining a threaded pipe joint having excellent anti-galling properties and excellent high torque properties, and a threaded pipe joint provided with a lubricant coating layer formed from the composition, and having excellent anti-galling properties and excellent high torque properties. This composition is for the purpose of forming a lubricant coating layer (21) on a threaded pipe joint, and contains polyisobutylene, metallic soap, wax, and a basic aromatic organic acid metal salt. This threaded pipe joint comprises: a pin (3) having a pin-side contact surface (34) containing a pin-side threaded section; a box (4) having a box-side contact surface (44) containing a box-side threaded section; and a lubricant coating layer (21) comprising the composition and serving as the outermost surface layer on the pin-side contact surface (34) and/or the box-side contact surface (44).

Tubo metálico para pozo petrolero

Un tubo metálico para pozo petrolero de acuerdo con la presente divulgación puede ser fijado con elevado momento de torsión. Un tubo metálico para pozo petrolero (1) de acuerdo con la presente divulgación incluye un revestimiento de resina (100) en o encima de por lo menos una de, una superficie de contacto del vástago (400) y una superficie de contacto de la caja (500). El revestimiento de resina (100) contiene: una resina epoxi: 40.0 a 97.0% en masa; un polvo de hidróxido de silicato de magnesio: 3.0 a 50.0% en masa; TiO₂: 0 a 10.0% en masa; una cera: 0 a 10.0% en masa; un aditivo a base de flúor: 0 a 20.0% en masa; y grafito: 0 a 10.0% en masa; y satisface la fórmula (1): (CW + CF + CG) / (CMᵍ + CTⁱO₂ + CSⁱ) £ 0.28 (1) en donde, en la fórmula (1), CW se sustituye por un contenido en % en masa de la cera, CF se sustituye por un contenido en % en masa del aditivo a base de flúor, CG se sustituye por un contenido en % en masa del grafito, CMᵍ se sustituye por un contenido en % en masa del polvo de hidróxido de silicato de magnesio, CTⁱO₂ se sustituye por un contenido en % en masa de TiO₂, y CSⁱ se sustituye por un contenido en % en masa del agente de acoplamiento de silano.

Metal pipe for oil well and method of manufacturing metal pipe for oil well

Oil-well metal pipe

An oil-well metal pipe according to the present disclosure can be fastened with high torque. An oil-well metal pipe (1) according to the present disclosure includes a resin coating (100) on or above at least one of a pin contact surface (400) and a box contact surface (500). The resin coating (100) contains: an epoxy resin: 40.0 to 97.0 mass%; a magnesium silicate hydroxide powder: 3.0 to 50.0 mass%; TiO2: 0 to 10.0 mass%; a wax: 0 to 10.0 mass%; a fluorine-based additive: 0 to 20.0 mass%; and graphite: 0 to 10.0 mass%; and satisfies Formula (1):(CW+CF+CG)/(CMg+CTiO2+CSi) ? 0.28 (1)where, in Formula (1), a content in mass% of the wax is substituted for CW, a content in mass% of the fluorine-based additive is substituted for CF, a content in mass% of the graphite is substituted for CG, a content in mass% of the magnesium silicate hydroxide powder is substituted for CMg, a content in mass% of the TiO2 is substituted for CTiO2, and a content in mass% of the silane coupling agent is substituted for CSi.

Kompozycja i połączenie gwintowe rur, obejmujące warstwę powłoki smaru utworzoną z kompozycji

Tubo de metal para pozos de petroleo y metodo para producir tuberia metalica para pozos de petroleo.

Un tubo de metal para pozos de petróleo de conformidad con la presente invención puede sujetarse con un torque elevado incluso cuando el tubo de metal para pozos de petróleo tiene un gran diámetro. Un tubo de metal para pozos de petróleo (1) de conformidad con la presente invención tiene un cuerpo principal de tubo (10) que incluye una primera porción de extremo (10A) y una segunda porción de extremo (10B). El cuerpo principal de tubo (10) incluye un perno (40) formado en la primera porción de extremo (10A), y una caja (50) formada en la segunda porción de extremo (10B). El perno (40) incluye una superficie de contacto con el perno (400) que incluye una parte roscada externa (41), y la caja (50) incluye una superficie de contacto de caja (500) que incluye una parte roscada interna (51). El tubo de metal para pozos de petróleo (1) de conformidad con la presente invención también incluye un revestimiento de resina (100) que contiene una resina, un polvo lubricante sólido, y ftalocianina de cobre en o por encima de al menos una de la superficie de contacto de perno (400) y la superficie de contacto de caja (500).

Oil-well metal pipe, and method for producing oil-well metal pipe

An oil-well metal pipe according to the present disclosure has a pipe main body including a first end portion and a second end portion. The pipe main body includes a pin formed at the first end portion, and a box formed at the second end portion. The pin includes a pin contact surface including an external thread part, and the box includes a box contact surface including an internal thread part. The oil-well metal pipe according to the present disclosure also includes a resin coating containing a resin, a solid lubricant powder, and copper phthalocyanine on or above at least one of the pin contact surface and the box contact surface.

Composition, and threaded connection for pipes including lubricant coating layer formed from the composition

組成物、及び、その組成物からなる潤滑被膜層を備える管用ねじ継手

【課題】優れた耐焼付き性及び優れたハイトルク性能を有する管用ねじ継手を得るための組成物、及び、その組成物から形成された潤滑被膜層を備え、優れた耐焼付き性及び優れたハイトルク性能を有する管用ねじ継手を提供する。【解決手段】本開示の組成物は、管用ねじ継手に潤滑被膜層（２１）を形成するための組成物であって、ポリイソブチレンと、金属石鹸と、ワックスと、塩基性芳香族有機酸金属塩とを含有する。本開示による管用ねじ継手は、ピン側ねじ部を含むピン側接触表面（３４）を有するピン（３）と、ボックス側ねじ部を含むボックス側接触表面（４４）を有するボックス（４）と、前記ピン側接触表面（３４）上及び前記ボックス側接触表面（４４）上の少なくとも一方に、最表層として、上記組成物からなる潤滑被膜層（２１）を備える。【選択図】図２

Tubo metálico para pozo petrolero

Un tubo metálico para pozo petrolero de acuerdo con la presente divulgación tiene una elevada resistencia al cizallamiento. Un tubo metálico para pozo petrolero de acuerdo con la presente divulgación incluye un revestimiento de resina (100) en o encima de al menos una de, una superficie de contacto del vástago (400) y una superficie de contacto de la caja (500). El revestimiento de resina (100) contiene: una resina: 50.0 a 99.5% en masa, una cera: 0 a 10.0% en masa, un aditivo a base de flúor: 0 a 30.0% en masa, grafito: 0 a 10.0% en masa, un agente de acoplamiento: 0 a 10.0% en masa, y un tipo o dos tipos seleccionados del grupo que consiste en un polvo de hidróxido de silicato de magnesio: 1.5 a 50.0% en masa y TiO₂: 0.5 a 30.0% en masa; y satisface la fórmula (1): (W + F + G) / (M + T) £ 5.00 (1) en donde, en la fórmula (1), W, F, G, M y T se sustituye respectivamente por el contenido en % en masa de la cera, del aditivo a base de flúor, del grafito, del polvo de hidróxido de silicato de magnesio, y del TiO₂.

Composition, and threaded connection for pipes including lubricant coating layer formed from the composition

The composition according to the present disclosure is a composition for forming a lubricant coating layer on or above a threaded connection for pipes, and contains polyisobutylene, a metal soap, a wax and a basic metal salt of an aromatic organic acid. The threaded connection for pipes according to the present disclosure includes: a pin having a pin-side contact surface which includes a pin-side threaded portion; a box having a box-side contact surface which includes a box-side threaded portion; and a lubricant coating layer formed from the aforementioned composition as an outermost layer on or above at least one of the pin-side contact surface and the box-side contact surface.

Oil-well metal pipe

An oil-well metal pipe according to the present disclosure has a high shear strength. An oil-well metal pipe according to the present disclosure includes a resin coating (100) on or above at least one of a pin contact surface (400) and a box contact surface (500). The resin coating (100) contains: a resin: 50.0 to 99.5 mass%, a wax: 0 to 10.0 mass%, a fluorine-based additive: 0 to 30.0 mass%, graphite: 0 to 10.0 mass%, a rust preventive pigment: 0 to 30.0 mass%, a coloring pigment: 0 to 10.0 mass%, a coupling agent: 0 to 10.0 mass%, and one type or two types selected from a group consisting of a magnesium silicate hydroxide powder: 1.5 to 50.0 mass% and TiO2: 0.5 to 30.0 mass%; and satisfies Formula (1).(W+F+G)/(M+T) ? 5.00 (1)

Oil-Well Metal Pipe

The present invention provides a metal pipe for oil wells, the metal pipe having a high shear strength. A metal pipe for oil wells according to the present disclosure is provided with a resin film (100) on or above at least one of a pin contact surface (400) and a box contact surface (500). The resin film (100) contains 50.0% to 99.5% by mass of a resin, 0% to 10.0% by mass of a wax, 0% to 30.0% by mass of a fluorine-based additive, 0% to 10.0% by mass of graphite, 0% to 30.0% by mass of a rust preventive pigment, 0% to 10.0% by mass of a coloring pigment and 0% to 10.0% by mass of a coupling agent, while additionally containing 1.5% to 50.0% by mass of a hydrated magnesium silicate powder and/or 0.5% to 30.0% by mass of TiO

Composição, e conexão roscada para tubos, incluindo camada de revestimento de lubrificante formada a partir da composição

COMPOSIÇÃO, E CONEXÃO ROSCADA PARA TUBOS, INCLUINDO CAMADA DE REVESTIMENTO DE LUBRIFICANTE FORMADA A PARTIR DA COMPOSIÇÃO. Esta divulgação fornece uma composição para obter uma conexão roscada para tubos que tem excelente resistência às asperezas e excelente desempenho de alto torque e uma conexão roscada para tubos que inclui uma camada de revestimento de lubrificante formada a partir da composição e que tem excelente resistência às asperezas e excelente desempenho de alto torque. A composição de acordo com a presente divulgação é uma composição para formar uma camada de revestimento de lubrificante (21) em ou acima de uma conexão roscada para tubos, e contém poliisobutileno, um sabão de metal, uma cera e um sal de metal básico de um ácido orgânico aromático. A conexão roscada para tubos de acordo com a presente divulgação inclui: um pino (3) tendo uma superfície de contato do lado do pino (34) que inclui uma porção roscada do lado do pino; uma caixa (4) tendo uma superfície de contato do lado da caixa (44) que inclui uma porção roscada do lado da caixa; e uma camada de revestimento de lubrificante (21) formada a partir da composição acima mencionada como uma camada mais externa em ou acima de pelo menos uma das (...).

Tubo metálico para pozo de petróleo

Tubo metálico para pozo de petróleo que tiene excelente resistencia al gripado incluso cuando una capa de enchapado se forma sobre o encima una superficie de contacto de solo uno de, un vástago y una caja. Un tubo metálico para pozo de petróleo (1) de acuerdo con la presente divulgación incluye: un vástago (40) que incluye una superficie de contacto del vástago (400) con una parte roscada externa (41); y una caja (50) que incluye una superficie de contacto de la caja (500) con una parte roscada interna (51). El tubo metálico para pozo de petróleo (1) de acuerdo con la presente divulgación además incluye: un recubrimiento de óxido de circonio (100) formada en uno de, la superficie de contacto del vástago (400) y la superficie de contacto de la caja (500); un primer recubrimiento de resina (310) formada sobre o encima del recubrimiento de óxido de circonio (100); una capa de enchapado (200) formada sobre o encima la otra de, la superficie de contacto del vástago (400) y la superficie de contacto de la caja (500); y un segundo recubrimiento de resina (320) formada sobre o encima de la capa de enchapado (200).

Oil-Well Metal Pipe

Provided is a metal pipe for an oil well, the metal pipe having excellent seizure resistance, even when a plating layer is formed only on or above the contact surface of one among a pin and a box. A metal pipe for an oil well (1) according to the present disclosure comprises: a pin (40) including a pin contact surface (400) having a male thread portion (41); and a box (50) including a box contact surface (500) having a female thread portion (51). The metal pipe for an oil well (1) according to the present disclosure further has: a zirconium oxide coating film (100) formed on one among the pin contact surface (400) and the box contact surface (500); a first resin coating film (310) formed on or above the zirconium oxide coating film (100); a plating layer (200) formed on or above the other among the pin contact surface (400) and the box contact surface (500); and a second resin coating film (320) formed on or above the plating layer (200).

Composition, and threaded connection for pipes including lubricant coating layer formed from the composition

Provided are a composition for the purpose of obtaining a threaded pipe joint having excellent anti-galling properties and excellent high torque properties, and a threaded pipe joint provided with a lubricant coating layer formed from the composition, and having excellent anti-galling properties and excellent high torque properties. This composition is for the purpose of forming a lubricant coating layer (21) on a threaded pipe joint, and contains polyisobutylene, metallic soap, wax, and a basic aromatic organic acid metal salt. This threaded pipe joint comprises: a pin (3) having a pin-side contact surface (34) containing a pin-side threaded section; a box (4) having a box-side contact surface (44) containing a box-side threaded section; and a lubricant coating layer (21) comprising the composition and serving as the outermost surface layer on the pin-side contact surface (34) and/or the box-side contact surface (44).

Oil-Well Metal Pipe

The present invention provides a metal pipe for oil wells, the metal pipe being able to be fastened with high torque. A metal pipe (1) for oil wells according to the present disclosure is provided with a resin film (100) on or above at least one of a pin contact surface (400) and a box contact surface (500). The resin film (100) contains, in mass%, 40.0% to 97.0% of an epoxy resin, 3.0% to 50.0% of a hydrated magnesium silicate powder, 0% to 10.0% of TiO

Oil-Well Metal Pipe, and Method for Producing Oil-Well Metal Pipe

A metal pipe for an oil well according to the present disclosure can be fastened with a high torque even when the metal pipe has a large diameter. A metal pipe (1) for an oil well according to the present disclosure comprises a pipe main body (10) including a first end portion (10A) and a second end portion (10B). The pipe main body (10) includes a pin (40) formed to the first end portion (10A) and a box (50) formed to the second end portion (10B). The pin (40) includes a pin contact surface (400) including a male screw portion (41), and the box (50) includes a box contact surface (500) including a female screw portion (51). The metal pipe (1) for an oil well according to the present disclosure further comprises a resin film (100) containing a resin, a solid lubricant powder, and copper phthalocyanine on at least one of the pin contact surface (400) and the box contact surface (500).

Metal pipe for oil wells

An oil-well metal pipe according to the present disclosure can be fastened with high torque. An oil-well metal pipe (1) according to the present disclosure includes a resin coating (100) on or above at least one of a pin contact surface (400) and a box contact surface (500). The resin coating (100) contains: an epoxy resin: 40.0 to 97.0 mass%; a magnesium silicate hydroxide powder: 3.0 to 50.0 mass%; TiO 2 : 0 to 10.0 mass%; a wax: 0 to 10.0 mass%; a fluorine-based additive: 0 to 20.0 mass%; and graphite: 0 to 10.0 mass%; and satisfies Formula (1): C W + C F + C G / C Mg + C TiO2 + C Si ≤ 0 .28 where, in Formula (1), a content in mass% of the wax is substituted for Cw, a content in mass% of the fluorine-based additive is substituted for C F , a content in mass% of the graphite is substituted for C G , a content in mass% of the magnesium silicate hydroxide powder is substituted for C Mg , a content in mass% of the TiO 2 is substituted for C TiO2 , and a content in mass% of the silane coupling agent is substituted for C Si .

Tubo de metal para pozos de petroleo.

Un tubo de metal para pozos de petróleo de conformidad con la presente descripción tiene una alta resistencia al cizallamiento. Un tubo de metal para pozos de petróleo de conformidad con la presente descripción incluye un revestimiento de resina (100) sobre o por encima de al menos una de una superficie de contacto de perno (400) y una superficie de contacto de caja (500). El revestimiento de resina (100) contiene: una resina: 50.0 a 99.5 % en masa, una cera: 0 a 10.0 % en masa, un aditivo a base de flúor: 0 a 30.0 % en masa, grafito: 0 a 10.0 % en masa, un pigmento preventivo de oxidación : 0 a 30.0 % en masa, un pigmento colorante: 0 a 10.0 % en masa, un agente de acoplamiento: 0 a 10.0 % en masa, y uno o dos tipos seleccionados de un grupo que consiste de un hidróxido de silicato de magnesio en polvo: 1.5 a 50.0 % en masa y TiO2: 0.5 a 30.0% en masa; y satisface la Fórmula (1). (W+F+G)/(M+T) = 5.00 (1).

Metal pipe for oil wells

An oil-well metal pipe according to the present disclosure has a high shear strength. An oil-well metal pipe according to the present disclosure includes a resin coating (100) on or above at least one of a pin contact surface (400) and a box contact surface (500). The resin coating (100) contains: a resin: 50.0 to 99.5 mass%, a wax: 0 to 10.0 mass%, a fluorine-based additive: 0 to 30.0 mass%, graphite: 0 to 10.0 mass%, a rust preventive pigment: 0 to 30.0 mass%, a coloring pigment: 0 to 10.0 mass%, a coupling agent: 0 to 10.0 mass%, and one type or two types selected from a group consisting of a magnesium silicate hydroxide powder: 1.5 to 50.0 mass% and TiO 2 : 0.5 to 30.0 mass%; and satisfies Formula (1). W + F + G / M + T ≤ 5.00

Metal pipe for oil well and method of manufacturing metal pipe for oil well.

An oil-well metal pipe according to the present disclosure can be fastened with high torque even when the oil-well metal pipe has a large diameter. An oil-well metal pipe (1) according to the present disclosure has a pipe main body (10) including a first end portion (10A) and a second end portion (10B). The pipe main body (10) includes a pin (40) formed at the first end portion (l0A), and a box (50) fom1ed at the second end portion (10B). The pin (40) includes a pin contact surface (400) including an external thread part (41), and the box (50) includes a box contact surface (500) including an internal thread part (51). The oil-well metal pipe (1) according to the present disclosure also includes a resin coating (100) containing a resin, a solid lubricant powder, and copper phthalocyanine on or above at least one of the pin contact surfaces (400) and the box contact surface (500).

Tubo de metal para pozos de petroleo.

Un tubo de metal para pozos de petróleo de conformidad con la presente descripción puede sujetarse con un elevado torque. Un tubo de metal para pozos de petróleo (1) de conformidad con la presente descripción incluye un revestimiento de resina (100) en o sobre al menos una de las superficies de contacto de perno (400) y una superficie de contacto de caja (500). El revestimiento de resina (100) contiene: una resina epoxi: del 40.0 al 97.0 % en masa; un hidróxido de silicato de magnesio en polvo: del 3.0 al 50.0 % en masa; TiO2: del 0 al 10.0 % en masa; una cera: del 0 al 10.0 % en masa; un aditivo a base de flúor: del 0 al 20.0 % en masa; y grafito: del 0 al 10.0 % en masa; y satisface la fórmula (1): (CW+CF+CG)/(CMg+CTiO2+CSi) = 0.28 (1) donde, en la fórmula (1), se sustituye CW por un contenido en % en masa de la cera, se sustituye CF por un contenido en % en masa del aditivo a base de flúor, se sustituye CG por un contenido en % en masa del grafito, se sustituye CMg por un contenido en % en masa del hidróxido de silicato de magnesio en polvo, se sustituye CTiO2 por un contenido en % en masa del TiO2, y se sustituye CSi por un contenido en % en masa del agente de acoplamiento de silano.

Oil-well metal pipe, and method for producing oil-well metal pipe

An oil-well metal pipe according to the present disclosure has a pipe main body including a first end portion and a second end portion. The pipe main body includes a pin formed at the first end portion, and a box formed at the second end portion. The pin includes a pin contact surface including an external thread part, and the box includes a box contact surface including an internal thread part. The oil-well metal pipe according to the present disclosure also includes a resin coating containing a resin, a solid lubricant powder, and copper phthalocyanine on or above at least one of the pin contact surface and the box contact surface.