Drilling
8
0
0
Full text
(2) 2.
(3) Premium abrasion and wear protection for tubulars For more than 60 years, DRILCO has provided the highest quality hardbanding materials to extend tubular life on drilling operations around the world. DRILCO premium hardbanding wires are designed for both openhole and casing-friendly applications, which increases tubular durability and maximizes wear resistance on drill collars, drillpipe, heavy wall drillpipe, casing, and other tools used in drilling applications.. 3.
(4) Defender premium hardbanding Hardbanding is the most effective way to reduce wear rates on tubulars and casing strings. When placed on the tool joints and center wear pads, hardbanding increases abrasion resistance and extends service life. DRILCO Defender* premium hardbanding wires provide hardbanding solutions for both openhole and cased hole drilling. Defender premium hardbanding wires—designed and manufactured using the highest grade of raw materials—can be applied over previous DRILCO applications as well as other hardbands. Proper inspection and evaluation of previous hardbands and surrounding base materials are inherent in all DRILCO hardbanding procedures.. 4. Advantages ■■. ■■. ■■. Field hardbanding personnel undergo an extensive training and qualification program covering all aspects of oilfield hardband applications. Highly trained personnel use state-of-theart calibrated equipment to ensure reliable performance for every application. Premium hardbanding materials are specifically formulated using high-grade raw materials for greater durability..
(5) Defender MAX Defender MAX* metal-cored hardbanding wire is designed to operate in openhole or cased hole environments. In openhole applications, tungsten carbide is dropped into the molten hardband. The matrix is designed and formulated to hold the carbide throughout the life cycle of the handband. Defender MAX hardbanding wire is designed with a low coefficient of friction for casingfriendly applications. It is a combination of crack-free, nonporous, deposited, work hardening hardband.. Advantages ■■. Noncracking. ■■. Nonspalling. ■■. Reapplicability. ■■. Tough hard matrix. ■■. Hardness values between 53 and 56 on the Rockwell C scale (HRC). ■■. Single- or double-layer applications. ■■. Openhole durability with tungsten drop. ■■. Casing friendly without tungsten drop. ■■. Cored wire formulation to optimize performance. Casing friendly Specifications Wire diameter, in [mm] Polarity, current Shielding gas Voltage Amperage Wire feed speed, in/min [mm/s] Electrode stickout, in [mm] Preheat temperature for 51/2- to 6¼-in OD, degF [degC]† Max. interpass temperature, degF [degC] Cooling rate control, degF [degC] †. Dependent on drill collar tool joint, material, and diameter. Openhole durability. ⁄16 [1.6] Reverse, DC electrode positive 98% Ar, 2% O2 @ 35 CFH [16 L/m] 27–33 (typical 29) 280–360 (typical 320) 260–330 [110–140] (typical 300 [125]) 3/4–1¼ [19–32] (typical 7⁄8 [22]) 450 [230] 725 [385] Slow cool until below 150 [65] 1. 5.
(6) Defender ULTRA Defender ULTRA* flux-cored hardbanding wire is designed and formulated to provide a combination of crack-free and nonporous deposited hardband. It provides optimal protection to the tool joint while minimizing wear to the casing. In harsh, remote environments with strong winds, Defender ULTRA hardbanding wire operates with or without shielding gas to provide a premium hardband not otherwise available.. Advantages ■■. Noncracking. ■■. Nonspalling. ■■. Reapplicability. ■■. Casing friendly. ■■. ■■. Openhole durability Hardness values between 53 and 56 HRC. ■■. ■■. ■■. Single- and double-layer applications Self-shielded gasless or gas-shielded hardbanding Cored wire formulation to optimize performance. Specifications Wire diameter, in [mm] Polarity, current Shielding gas. 6. Voltage Amperage Wire feed speed, in/min [mm/s] Electrode stickout, in [mm] Preheat temperature for 51/2-in to 6 ¼-in OD, degF [degC]† Max. interpass temperature, degF/h [degC/h] Cooling rate control, degF [degC] †. Dependent on drill collar tool joint, material, and diameter. Casing friendly. ⁄16 [1.6] Reverse, DC electrode positive None required if self-shielded (if used: 98% Ar, 2% O2 @ 35 CFH [16 L/m]) 27–33 (typical 28) 280–320 (typical 290) 320–400 [135–170] (typical 350 [150]) 3/4–1¼ [19–32] (typical 3/4 [19]) 450 [230] 725 [385] Slow cool until below 150 [65] 1.
(7) Defender NON-MAG ELITE Designed to protect nonmagnetic drill collars and flex pipe, Defender NON-MAG ELITE* metal-cored hardbanding wire is applied to standard austenitic stainless steels, chromiummanganese, and nitrogen-bearing austenitic stainless steels. This metal-cored hardband is a tough corrosion-resistant, highly alloyed austenitic deposit with a typical permeability value of 1.005, which is half the maximum API permeability value of 1.010. Permeability is the measurement of a material’s susceptibility to become magnetic by external magnetic fields such as the Earth’s magnetic field. Defender NON-MAG ELITE hardbanding wire is enhanced with a tungsten drop that disperses evenly throughout. The formulation of the wire provides consistent and uniform arc transfer with low fumes to optimize performance. Heat control is critical on nonmagnetic tools during hardbanding applications. DRILCO carefully controls application temperatures with typical heat signatures of approximately 275 degF [135 degC] after five 1-in bands on a 61⁄2‑in by 31⁄4-in drill collar.. Advantages ■■. Noncracking. ■■. Nonspalling. ■■. Reapplicability. ■■. ■■. ■■. ■■. ■■. Enhanced productivity Low fumes during hardbanding Highly alloyed austenitic deposit. ■■. ■■. Tough and corrosion resistant Cored wire formulation to optimize performance Tungsten carbide to enhance wear resistance Low-heat signature during application. Specifications Wire diameter, in [mm] Polarity, current Shielding gas Voltage Amperage Wire feed speed, in/min [mm/s] Electrode stickout, in [mm] Preheat temperature, degF [degC] Max. interpass temperature, degF [degC]. ⁄16 [1.6] Reverse, DC electrode positive 98% Ar, 2% CO2 or 100% Ar @ 35 CFH [16 L/m] 26–30 (typical 29) 280–320 (typical 300) 260–330 [110–140] (typical 300 [125]) 3/4–1¼ [19–32] (typical 3/4 [19]) 100 [40] 400 [205] (typical 275 [135]) 1. 7.
(8) Defender. DRILCO Inspection Services. Qualified DRILCO personnel offer a full range of inspection services, which include third-party and customer-defined standards.. DRILCO Machine Shop Services. For common tubular connections or proprietary connections requiring licensing, DRILCO machine shop facilities are strategically located around the globe for fast response, 24/7.. DRILCO Tubular Management Services. Tubular management services provide tubular inventory visibility, storage location management, and centralized maintenance to reduce repair time.. DRILCO.com/Defender *Mark of Schlumberger. Other company, product, and service names are the properties of their respective owners. Copyright © 2013 Schlumberger. All rights reserved. 13-DT-0082. Find out more about DRILCO premium hardbanding and tubular product maintenance at DRILCO.com/Defender.
(9)
Related documents
UC2F1110SE Page 12 Benefit color Camera quality price Glasses type material storage Targeted user purple trasparent black red plastic wood aluminium titanium normal UV
A revision of the genus Hydrilla (Hydrocharitaceae). Small-sized fish assemblages do not differ between a native and a recently established non-indigenous macrophyte in a
FREE ROBUX GENERATOR NO HUMAN VERIFICATION - FREE 1 MILLION ROBUX PROMO CODE.. You can also earn ROBUX, but this is much
We wish to illuminate the microprocesses undergirding the social-cultural findings reported in the literature by exploring the research question of ‘How do entrepreneurs
The Flexi cook function is also able to detect when a pot is moved from one zone to the other one within the flexi cook area keeping the same power level of the zone where the
This planning guide provides IT managers with insight into how they can upgrade to Windows Server* 2012 R2 software built on Intel® Xeon® processor E5 v3 family-based servers
Each server consists of the following components (see Figure 5): a collection of Java modules realizing the individual services of the three layers, a binding service which
Ky organizëm / dmth Muzeu/ (që sot është një nga më të mëdhenjtë që ekzistojnë) pati origjina të mundimshme dhe modeste/ pa pretendime/. Më 1846 drejtori i Konservatorit
