Wenckebachweg 47/b, Amsterdam, Netherlands
Year of incorporation
1985
Head Office, Wenckebachweg 47/b Amsterdam, 1096 ,
Ph: +x xxxxxxxxxx
Email: xxxxxx@xxxx
( Click here to view contact)Share this Page
( Click here to view email and contact)
Head Office
Wenckebachweg 47/b
Contact Person :
Amsterdam, 1096 ,
Netherlands
Ph: +x xxxxxxxxxx
Email: xxxxxx@xxxx
<ul> <li>DYX-A Hydraulic liner hanger</li> <li>DYX-C Hydraulic liner hanger</li> <li>GDG-A Mechanical liner hanger</li> <li>SSX-A Dual-cone & dual-cylinder liner hanger</li> <li>SYX-A Dual-cone hydraulic liner hanger</li> <li>SYX-AF Liner hanger packer</li> <li>XGJ-A J-Slot mechanical liner hanger</li> <li>YJS-A Hydraulic & mechanical dual- activated liner</li> <li>HC-D Tie back packer</li> <li>HC-A Tie back seal nipple</li> </ul>
<p>Our plant has CQC authorization for manufacturing DSAW Helical Seam Steel Line pipe in diameters ranging from 8.5/8" to 60", in thickness from 5mm to 18mm and Steel Grade up to and including GB/T9711. It has the capability to manufacture pipes up to 90". The production capacity of Pipe Plant is 90,000 tons per annum.</p> <p>Spiral Welded Steel Pipe Process</p> <p>Coils are loaded on the decoiler of the Spiral Pipe machine. The strip is straightened and edges are milled to desired joint geometry. The strip is guided into a forming station, where it is formed to produce a cylindrical hollow body at a predetermined forming angle, ensuring proper welding gap between the abutting edges. Inside, and later, outside welding is performed by an automatic submerged arc process.</p> <p>Pipes are cut to a predetermined length by an automatic plasma arc cutting device. After accomplishment of inside and outside welding, while on the production machine full length of pipe is examined by automatic ultrasonic unit with the help of 8 probes, 4 for checking plate defects and 4 for checking welding defects. Flux and slag from inside the pipes is cleaned. Pipes are inspected for any visual defects. Fluoroscopic inspection of pipes presents the entire spiral seam on visual display for analysis of all the ultrasonic indications for defects, if any, in the weld seam.</p> <p>At the end facing machine both ends of pipes are machined to suit the joint to be used on the pipe line. Each end is worked separately. Each pipe is hydrostatically tested to a given pressure as per API 5L specification or other desired standard. At the end X-ray station radiographs are taken at weld seam for each pipe end to a distance of 4". Every length of pipe is subjected to a rigorous check at the final stand - before it is accepted by the quality control department.</p> <p>Source :- http://www.rigmanufacturer.com/pipe_line.html</p>
<p>Features</p> <ul> <li>The drilling rigs can fully meet the well-drilling process requirements by adoption of flexible driving designs- mechanical drives (high-speed diesels, hydraulic transmission box, angle gear box or middle-speed diesel hydraulic transmission, chain combination box), compound transmission and electrical drives (VFD or SCR) etc.</li> <li>The whole unit is very compact and a quick whole transportation and installation of the whole drilling rig can be realized due to a utilization of a skid-mounted structure. In addition, the drilling rig requires a small working site due to its high integration and compact configuration.</li> <li>Masts and substructures have various structures, such as: perpendicular-hoist sectional mast, whole-hoist K-type mast, telescopic substructure, spirally hoisted substructure and folding - frame substructure.</li> <li>A standard and module design and various ways of combination have been adopted in order to boost up the universal and exchangeable performances of the drilling rigs and to meet the user’s different requirements.</li> <li>Disc brake or band brake can be applied as main brake and air brake or FDWS brake can be used as auxiliary brake and the energy-consumption braking can be available for electrical-drive-rig auxiliary brake. The drawworks can be equipped with bit-feed motor and control system.</li> <li>The Internet and communication techniques have been used on the drilling rigs, which can realize an integral display for power, air control, hydraulic control, and monitoring and the intellectual and safe control of the driller.</li> <li>The perfect configurations of the solid control system, well control system, high-pressure pipe manifold system, the generator house, the engine pump house, doghouse and other auxiliary facilities can meet the user’s different requirements. Safety and inspection measures are strengthened under the guidance of the design concept of “Humanism Above All” to meet the requirements of HSE.</li> </ul> <p>Source :- http://www.rigmanufacturer.com/skid-mounted-drilling-rig.html</p>
<ul> <li>Casing Elevators and Spiders</li> <li>Center Latch Elevators</li> <li>Drill Collar Elevators</li> <li>Side Door Elevators</li> <li>Single Joint Elevators</li> <li>Slip Type Elevators</li> <li>Sucker Rod Elevators</li> <li>Casing Bushing and Spiders</li> <li>Casing Slips</li> </ul>
<p>Drill pipe is in accordance with API SPEC 5D, it can be divided into two groups:</p> <ul> <li>Group 1- Grade E drill pipe</li> <li>Group 3- All high strength grades of drill pipe.(Grades X-95, G-105, S-135)</li> </ul> <p>Note: A the minimum elongation in 2 in.(50.8mm) shall be that determined by the following formula:</p> <ul> <li>e=625,000A0.2/U0.9</li> <li>where e = minimum elongation in 2 in (50.8 mm) in percent rounded to nearest 0.5%.</li> <li>A = cross-sectional area of the tensile test specimen in square inches, based on specified outside diameter, or nominal specimen width, and specified wall thickness rounded to the nearest 0.01 in.2, or 0.75 in.2, whichever is smaller.</li> <li>U = specified tensile strength, psi.</li> </ul> <p>Note:</p> <p>See Table 5 in API SPEC 5D for minimum elongation values for various size strip tensile specimens and grades. The minimum elongation for either round bar tensile specimen (0.350-in. diameter with 1.4 -in, gauge length and the 0.500-in. diameter with 2.00-in. gauge length) shall be that shown in Table 5 for a cross-sectional area "A" of 0.20 in.2.</p> <p>Source :- http://www.rigmanufacturer.com/drill-pipe.html</p>
<p>We offer more than 40 kinds of Blowout Preventers with pressure ranging from 500 psi to 15000 psi and diameter from 7 -1/16 to 29-1/2 and cable BOP, non-kill BOP diverter, rotating BP and so on. Furthermore, we can develop and manufacture other kinds of BOP on customers request. <br />The blowout preventers are designed and manufactured by absorbing the advantages of the world famous BOP manufactures in structural design. It complies with the technical requirements of well control in drilling, workover and oil testing.</p> <p>There are 3 designs for Annular BOP. A1, A2 and D.</p> <p>Source :- http://www.rigmanufacturer.com/bop.html</p>
<p>We offer more than 40 kinds of Blowout Preventers with pressure ranging from 500 psi to 15000 psi and diameter from 7 -1/16 to 29-1/2 and cable BOP, non-kill BOP diverter, rotating BP and so on. Furthermore, we can develop and manufacture other kinds of BOP on customers request. <br />The blowout preventers are designed and manufactured by absorbing the advantages of the world famous BOP manufactures in structural design. It complies with the technical requirements of well control in drilling, workover and oil testing.</p> <p>Source :-http://www.rigmanufacturer.com/bop.html</p>
<p>We offer more than 40 kinds of Blowout Preventers with pressure ranging from 500 psi to 15000 psi and diameter from 7 -1/16 to 29-1/2 and cable BOP, non-kill BOP diverter, rotating BP and so on. Furthermore, we can develop and manufacture other kinds of BOP on customers request. <br />The blowout preventers are designed and manufactured by absorbing the advantages of the world famous BOP manufactures in structural design. It complies with the technical requirements of well control in drilling, workover and oil testing.</p> <p>Model Size (in) W.P (psi) Weight (kg)</p> <p>FZ18-70 7 1/16 10000 1179</p> <p>2FZ18-70 7 1/16 10000 2177</p> <p>FZ18-105 7 1/16 15000 2520</p> <p>2FZ18-105 7 1/16 15000 4590</p> <p>FZ35-35 13 5/8 5000 4000</p> <p>2FZ35-35 13 5/8 5000 6060</p> <p>FZ35-105 13 5/8 15000 8260</p> <p>2FZ35-105 13 5/8 15000 14930</p> <p>FZ28-105 11 15000 7500</p> <p>2FZ28-105 11 15000 13500</p> <p> </p> <p>Source :- http://www.rigmanufacturer.com/bop.html</p>
<p>We offer more than 40 kinds of Blowout Preventers with pressure ranging from 500 psi to 15000 psi and diameter from 7 -1/16 to 29-1/2 and cable BOP, non-kill BOP diverter, rotating BP and so on. Furthermore, we can develop and manufacture other kinds of BOP on customers request. <br />The blowout preventers are designed and manufactured by absorbing the advantages of the world famous BOP manufactures in structural design. It complies with the technical requirements of well control in drilling, workover and oil testing.</p> <ul> <li>Max. Static sealing pressure: 3000 psi</li> <li>Max. Dynamic Sealing Pressure: 1200 psi</li> <li>Max. Rotary Speed: 100 rpm</li> <li>Center pipe size: 7 inch</li> <li>Rotating Assy OD: 436 mm</li> <li>Sealling range: 5 1/4" Hex. Kelly + 5" Drill pipe with 18 degree and 35 degree taper</li> <li>Working temperature: -18~121 Degree</li> <li>Bottom flange size: 13 5/8-5000 psi 6BX BX 160</li> <li>Side flange size: 7 1/16" x 5000 psi 6B R46 & 2 1/16" x 5000 psi 6B R24</li> </ul> <p>Source :- http://www.rigmanufacturer.com/bop.html</p>
<p>The JZ Mechanical Drilling Jar integrates the up jarring with the down jarring with wide load range. The special flexible extended shaft can cut down the flexural stress of the jar body efficiently.</p> <p>Source :- http://www.rigmanufacturer.com/drilling-jar.html</p>
<ul> <li>DYX-A Hydraulic liner hanger</li> <li>DYX-C Hydraulic liner hanger</li> <li>GDG-A Mechanical liner hanger</li> <li>SSX-A Dual-cone & dual-cylinder liner hanger</li> <li>SYX-A Dual-cone hydraulic liner hanger</li> <li>SYX-AF Liner hanger packer</li> <li>XGJ-A J-Slot mechanical liner hanger</li> <li>YJS-A Hydraulic & mechanical dual- activated liner</li> <li>HC-D Tie back packer</li> <li>HC-A Tie back seal nipple</li> </ul>
<p>Our plant has CQC authorization for manufacturing DSAW Helical Seam Steel Line pipe in diameters ranging from 8.5/8" to 60", in thickness from 5mm to 18mm and Steel Grade up to and including GB/T9711. It has the capability to manufacture pipes up to 90". The production capacity of Pipe Plant is 90,000 tons per annum.</p> <p>Spiral Welded Steel Pipe Process</p> <p>Coils are loaded on the decoiler of the Spiral Pipe machine. The strip is straightened and edges are milled to desired joint geometry. The strip is guided into a forming station, where it is formed to produce a cylindrical hollow body at a predetermined forming angle, ensuring proper welding gap between the abutting edges. Inside, and later, outside welding is performed by an automatic submerged arc process.</p> <p>Pipes are cut to a predetermined length by an automatic plasma arc cutting device. After accomplishment of inside and outside welding, while on the production machine full length of pipe is examined by automatic ultrasonic unit with the help of 8 probes, 4 for checking plate defects and 4 for checking welding defects. Flux and slag from inside the pipes is cleaned. Pipes are inspected for any visual defects. Fluoroscopic inspection of pipes presents the entire spiral seam on visual display for analysis of all the ultrasonic indications for defects, if any, in the weld seam.</p> <p>At the end facing machine both ends of pipes are machined to suit the joint to be used on the pipe line. Each end is worked separately. Each pipe is hydrostatically tested to a given pressure as per API 5L specification or other desired standard. At the end X-ray station radiographs are taken at weld seam for each pipe end to a distance of 4". Every length of pipe is subjected to a rigorous check at the final stand - before it is accepted by the quality control department.</p> <p>Source :- http://www.rigmanufacturer.com/pipe_line.html</p>
<p>Features</p> <ul> <li>The drilling rigs can fully meet the well-drilling process requirements by adoption of flexible driving designs- mechanical drives (high-speed diesels, hydraulic transmission box, angle gear box or middle-speed diesel hydraulic transmission, chain combination box), compound transmission and electrical drives (VFD or SCR) etc.</li> <li>The whole unit is very compact and a quick whole transportation and installation of the whole drilling rig can be realized due to a utilization of a skid-mounted structure. In addition, the drilling rig requires a small working site due to its high integration and compact configuration.</li> <li>Masts and substructures have various structures, such as: perpendicular-hoist sectional mast, whole-hoist K-type mast, telescopic substructure, spirally hoisted substructure and folding - frame substructure.</li> <li>A standard and module design and various ways of combination have been adopted in order to boost up the universal and exchangeable performances of the drilling rigs and to meet the user’s different requirements.</li> <li>Disc brake or band brake can be applied as main brake and air brake or FDWS brake can be used as auxiliary brake and the energy-consumption braking can be available for electrical-drive-rig auxiliary brake. The drawworks can be equipped with bit-feed motor and control system.</li> <li>The Internet and communication techniques have been used on the drilling rigs, which can realize an integral display for power, air control, hydraulic control, and monitoring and the intellectual and safe control of the driller.</li> <li>The perfect configurations of the solid control system, well control system, high-pressure pipe manifold system, the generator house, the engine pump house, doghouse and other auxiliary facilities can meet the user’s different requirements. Safety and inspection measures are strengthened under the guidance of the design concept of “Humanism Above All” to meet the requirements of HSE.</li> </ul> <p>Source :- http://www.rigmanufacturer.com/skid-mounted-drilling-rig.html</p>
<ul> <li>Casing Elevators and Spiders</li> <li>Center Latch Elevators</li> <li>Drill Collar Elevators</li> <li>Side Door Elevators</li> <li>Single Joint Elevators</li> <li>Slip Type Elevators</li> <li>Sucker Rod Elevators</li> <li>Casing Bushing and Spiders</li> <li>Casing Slips</li> </ul>
Features
Source :- http://www.rigmanufacturer.com/skid-mounted-drilling-rig.html
Drill pipe is in accordance with API SPEC 5D, it can be divided into two groups:
Note: A the minimum elongation in 2 in.(50.8mm) shall be that determined by the following formula:
Note:
See Table 5 in API SPEC 5D for minimum elongation values for various size strip tensile specimens and grades. The minimum elongation for either round bar tensile specimen (0.350-in. diameter with 1.4 -in, gauge length and the 0.500-in. diameter with 2.00-in. gauge length) shall be that shown in Table 5 for a cross-sectional area "A" of 0.20 in.2.
Source :- http://www.rigmanufacturer.com/drill-pipe.html
We offer more than 40 kinds of Blowout Preventers with pressure ranging from 500 psi to 15000 psi and diameter from 7 -1/16 to 29-1/2 and cable BOP, non-kill BOP diverter, rotating BP and so on. Furthermore, we can develop and manufacture other kinds of BOP on customers request.
The blowout preventers are designed and manufactured by absorbing the advantages of the world famous BOP manufactures in structural design. It complies with the technical requirements of well control in drilling, workover and oil testing.
There are 3 designs for Annular BOP. A1, A2 and D.
Source :- http://www.rigmanufacturer.com/bop.html
We offer more than 40 kinds of Blowout Preventers with pressure ranging from 500 psi to 15000 psi and diameter from 7 -1/16 to 29-1/2 and cable BOP, non-kill BOP diverter, rotating BP and so on. Furthermore, we can develop and manufacture other kinds of BOP on customers request.
The blowout preventers are designed and manufactured by absorbing the advantages of the world famous BOP manufactures in structural design. It complies with the technical requirements of well control in drilling, workover and oil testing.
Source :-http://www.rigmanufacturer.com/bop.html
We offer more than 40 kinds of Blowout Preventers with pressure ranging from 500 psi to 15000 psi and diameter from 7 -1/16 to 29-1/2 and cable BOP, non-kill BOP diverter, rotating BP and so on. Furthermore, we can develop and manufacture other kinds of BOP on customers request.
The blowout preventers are designed and manufactured by absorbing the advantages of the world famous BOP manufactures in structural design. It complies with the technical requirements of well control in drilling, workover and oil testing.
Model Size (in) W.P (psi) Weight (kg)
FZ18-70 7 1/16 10000 1179
2FZ18-70 7 1/16 10000 2177
FZ18-105 7 1/16 15000 2520
2FZ18-105 7 1/16 15000 4590
FZ35-35 13 5/8 5000 4000
2FZ35-35 13 5/8 5000 6060
FZ35-105 13 5/8 15000 8260
2FZ35-105 13 5/8 15000 14930
FZ28-105 11 15000 7500
2FZ28-105 11 15000 13500
Source :- http://www.rigmanufacturer.com/bop.html
We offer more than 40 kinds of Blowout Preventers with pressure ranging from 500 psi to 15000 psi and diameter from 7 -1/16 to 29-1/2 and cable BOP, non-kill BOP diverter, rotating BP and so on. Furthermore, we can develop and manufacture other kinds of BOP on customers request.
The blowout preventers are designed and manufactured by absorbing the advantages of the world famous BOP manufactures in structural design. It complies with the technical requirements of well control in drilling, workover and oil testing.
Source :- http://www.rigmanufacturer.com/bop.html
Our plant has CQC authorization for manufacturing DSAW Helical Seam Steel Line pipe in diameters ranging from 8.5/8" to 60", in thickness from 5mm to 18mm and Steel Grade up to and including GB/T9711. It has the capability to manufacture pipes up to 90". The production capacity of Pipe Plant is 90,000 tons per annum.
Spiral Welded Steel Pipe Process
Coils are loaded on the decoiler of the Spiral Pipe machine. The strip is straightened and edges are milled to desired joint geometry. The strip is guided into a forming station, where it is formed to produce a cylindrical hollow body at a predetermined forming angle, ensuring proper welding gap between the abutting edges. Inside, and later, outside welding is performed by an automatic submerged arc process.
Pipes are cut to a predetermined length by an automatic plasma arc cutting device. After accomplishment of inside and outside welding, while on the production machine full length of pipe is examined by automatic ultrasonic unit with the help of 8 probes, 4 for checking plate defects and 4 for checking welding defects. Flux and slag from inside the pipes is cleaned. Pipes are inspected for any visual defects. Fluoroscopic inspection of pipes presents the entire spiral seam on visual display for analysis of all the ultrasonic indications for defects, if any, in the weld seam.
At the end facing machine both ends of pipes are machined to suit the joint to be used on the pipe line. Each end is worked separately. Each pipe is hydrostatically tested to a given pressure as per API 5L specification or other desired standard. At the end X-ray station radiographs are taken at weld seam for each pipe end to a distance of 4". Every length of pipe is subjected to a rigorous check at the final stand - before it is accepted by the quality control department.
Source :- http://www.rigmanufacturer.com/pipe_line.html
Benchmark yourself against your main competitors
Peek into the hidden marketing strategies of your competitors, across industries and
Keyword research made easy and based on actual traffic statistics
Discover new opportunities while reducing risk by learning from your competitor's mistakess
Outbrain has been using SimilarWeb for over a year and it's been instrumental for our ability to analyze our competitive environment, benchmark our performance, keep track of industry trends, and generate new leads.
