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Continuously Cast Iron Casing And Tubing 100-70-02 Pearlitic Ductile Iron Hardness

Categories Casing And Tubing
Brand Name: Best
Model Number: 114.3 - 508 mm
Certification: API
Place of Origin: China
MOQ: 1 Tons
Price: 600 usd/ton
Payment Terms: L/C, D/A, D/P, T/T, Western Union, MoneyGram
Supply Ability: 100000Ton/Month
Delivery Time: 5-8 working days
Packaging Details: bundle,,painting against corrosion, protective plastic caps, special packing can be offered by customer.
Standard: API 5CT, API 5D
Grade: K55, J55, L80-1 ,N80,C90,C95, P110, T95
Out diameter: API J55, API K55, API L80,
Application: Oil Pipe
Surface: Copper Coated
Specification: 2 3/8"-4 1/2"*0.167"-0630"
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    Continuously Cast Iron Casing And Tubing 100-70-02 Pearlitic Ductile Iron Hardness

    Product Name :


    Continuously Cast Iron G2 - Highly Pearlitic Gray Iron


    Continuously Cast Iron
    100-70-02 Pearlitic Ductile Iron
    Characteristics
    − Grade 100-70-02 ductile iron contains nodular graphite in a matrix of pearlite with small amounts of ferrite. The pearlitic structure maximizes strength and wear characteristics in a non-alloyed as-cast ductile iron. This specification is similar to ASTM A536 grade 100-70-03.
    Typical Applications
    Fluid Power:
    Cylinder Blocks, Gerotors, Manifolds, Pistons, Glands, Rotors, Valve
    Machinery:
    Bushings, Chain Sheave Rollers, Chuck Bodies, Die Blocks, Gears, Gear Racks, Pulleys, Press Rams, Rotary Tables, Tie Road Nuts, Ways, Barrel Rollers (cement truck), Flywheels, Pile Drivers, Pulleys, Rams.(also see fluid power)
    Transportation:
    Pulleys, Gears, Rail Spacers, Hubs, Carriers, Camshafts
    Pump and Compressor:
    Gears, Housings, Liners, Pistons
    Steel Mill:
    Guide Rolls, Pinch Rolls, Runout Table Rolls.
    Miscellaneous:
    Disamatic Pouring Rails, Dies,
    Typical Heat Treatment
    − Grade 80-55-06 can be oil quench hardened from 1600˚F (885˚C) to a minimum hardness of Rockwell C 50 on the outside of the bar. The inside diameter hardness will be less than Rockwell C 50. Lower quench hardnesses on the inside diameters are a result of larger graphite nodules and not a loss of matrix hardness. Typical Jominy end quench test data for 80-55-06 ductile iron are shown in the section on Heat Treating. Similar data applies to 100-70-02.
    Mechanical Properties
    − The tensile strength is determined from a longitudinal test specimen taken from mid-radius of the as-cast bar.
    − Tensile strength (min) - 100,000psi
    − Yield strength (min) - 70,000psi
    − Elongation (min) – 2%

    Continuously Cast Iron
    80-55-06 Partially Pearlite Ductile Iron
    80-55-06 Partially Pearlite Ductile Iron
    Characteristics
    − Grade 80-55-06 ductile iron will contain nodular graphite in a matrix of ferrite and pearlite. The pearlite/ferrite structure provides higher wear resistance and strength when compared to a ferritic grade of ductile iron. This material will be readily machinable with good surface finishes. Tensile and yield strengths will be similar to AISI 1040 steel in the as-rolled condition. This specification is similar to ASTM A536 grade 80-55-06.
    Typical Applications
    Fluid Power:
    Cylinder Blocks, Gerotors, Manifolds, Pistons, Glands, Rotors, Valve Bodies.
    Machinery:
    Bushings, Chain Sheave Rollers, Chuck Bodies, Die Blocks, Gears, Gear Racks, Pulleys, Press Rams, Rotary Tables, Tie Road Nuts, Ways, Barrel Rollers (cement truck), Flywheels, Pile Drivers, Pulleys, Rams.
    Transportation:
    Pulleys, Gears, Rail Spacers.
    Pump and Compressor:
    Gears, Housings, Liners, Pistons, Rotary Screws.
    Steel Mill:
    Guide Rolls, Pinch Rolls, Runout Table Rolls.
    Miscellaneous:
    Disamatic Pouring Rails, Dies, Pattern Plates, Core Boxes, Grinding Rolls, Mill Liners
    Typical Heat Treatment
    − Grade 80-55-06 can be oil quench hardened from 1600˚F (885˚C) to a Rockwell C 50 minimum on the outside of the bar. The inside diameter hardness will be less than Rockwell C50. Lower quench hardnesses on the inside diameters are a result of larger graphite nodules and not a loss of matrix hardness. Typical Jominy end quench test data are shown in the section on Heat Treating.
    Mechanical Properties
    − The tensile strength is determined from a longitudinal test specimen taken from mid-radius of the as-cast bar.
    − Tensile strength (min) - 80,000psi
    − Yield strength (min) - 55,000psi
    − Elongation (min) – 6%
    − In bars under 1.5" diameter elongation will be 4-6%.


    Characteristics
    − This specification covers a dense fine-grained gray iron produced by the continuous cast process. The "highly pearlitic" structure is developed by alloy additions to the electrically melted base iron. This material is suitable for applications where higher strength irons requiring good wear resistance and response to heat treatment are required.
    Typical Applications
    − Hydraulic-pump rotors, gear blanks, rams, machine-tool gibs, foundry patterns plates, ways, collets, etc.
    Typical Heat Treatment
    − This iron can be hardened by fast methods, such as flame and induction hardening, in addition to conventional quench and temper methods. Gray Iron can be oil quench hardened from 1575˚F (855˚C) to a Rockwell "C" 50 minimum on the outside diameter of the bar. The inside diameter hardness will be less than Rockwell "C" 50. Lower quench hardnesses on the inside diameters are a result of larger graphite flakes and not a loss of matrix hardness.
    Mechanical Properties
    − Machining characteristics of this alloy are excellent. Although the hardness of the material is generally higher than found in static castings, the close grain structure, its freedom from inclusions, hard spots and porosity permit superior machining speeds.

    Carbon Cold Finished C12L14
    Characteristics
    − A leaded free-machining steel, essentially for manufacturing parts that require considerable machining/threading with close tolerances and a bright, smooth finish. It is especially suitable for automatic screw machines. Not recommended for forming or welding; or parts subject to severe fatigue stress. Cold finished product is manufactured in conformance to ASTM A108
    Typical Applications
    − Fasteners, bushings, inserts, couplings
    Cast Iron Continuously Cast Iron 65-45-12 Ductile Iron
    Characteristics
    − Ferritic, as-cast, 65-45-12, ductile iron will be the softest of the regular grades of ductile iron. The matrix structure will contain some pearlite and less than 5% well dispersed carbides. In bars over 2 in. (51 mm) diameter the pearlite content will range up to 25%. This microstructure permits high speed machining with good surface finishes. .
    Typical Applications
    − Hydraulic-pump rotors, gear blanks, rams, machine-tool gibs, foundry patterns plates, ways, collets, valve bodies, manifolds, compressor valves, hydraulic cylinder bushings, rod bushings, etc..
    Typical Heat Treatment
    − Because of its ferritic structure, this material is not intended for hardening
    Mechanical Properties
    − As-cast 65-45-12, ductile iron has approximately the same tensile and yield strengths as hot rolled SAE 1035 steel in the as-rolled condition. Elongations in as-cast, 65-45-12 will be slightly lower than SAE 1035 steel in the as-rolled condition. This material is manufactured to produce material similar to ASTM specification A536.
    − Tensile tests are taken from the actual as-cast bar.
    − Tensile Strength (min)* - 65,000 psi
    − Yield Strength (min)* - 45,000psi
    − Elongation (min)* - 12%
    − * Determined as prescribed by ASTM standards

    Carbon Cold Finished
    1045 Chrome Plated Shafting
    Carbon ASTM A105 & ASTM A350-LF2 DUAL CERTIFIED
    - a Special Quality Fine Grain Carbon-Manganese Steel for Piping Components
    Characteristics
    − A105 and A350-LF2 are standard specifications for forged carbon steel piping components. A105 for ambient and higher-temperature service; A350-LF2 for low-temperature service with Charpy V-Notch impact energy testing. Components include flanges, various fittings and valves.
    − Some components may be machined from hot rolled or forged bar, suitably heat treated, up to and including NPS 4. See details in the ASTM designations
    Typical Applications
    − A105 allows that for each .01% Carbon below .35, an increase of .06% Manganese is permitted over 1.05 to a maximum of 1.35. This explains the typical analysis above.
    Typical Heat Treatment
    − Forging – Commence 1150˚C Max finish 925⁰C.
    − Annealing – 800˚ to 830˚C Surface cool
    − 870/ 915˚C air Cool
    − Normaling – 830˚C to 850˚C water quench
    − Hardening – 850˚C to 870˚C oil quench.
    − Tempering – 425˚C to 870˚C according to properties
    Characteristics
    − The basic product is cold drawn, precision ground and polished AISI 1045 shafting with a seam free surface finish of RMS 25 max. The bars are then hard chrome plated by electrolytically deposited layer of chromium metal on the surface. This hard chromed surface confers the important properties of corrosion resistance and wear resistance; it is also very smooth and therefore has a low coefficient of friction. Not least of all, it has an attractive and durable decorative appearance.
    Typical Applications
    − Hydraulic shafting, pneumatic piston rods, pump shafting, etc
    Chrome Plating
    − Finished thickness of – .0005" min per side (Winnipeg Branch: 0.001”min per side)
    − Hardness of chrome – Rockwell C 65/70
    − Surface finish – RMS 12 max

    Carbon AISI/SAE 1040-1045 (UNS G10400-G10450)
    - a Special Bar Quality Medium-Carbon Machinery Steel
    Characteristics
    − General purpose, fine grain, machinery steel suitable for a wide range of applications in the condition as supplied - approximately 90,000 psi (620 N/mm2) depending on the size of section. This steel is primarily water- hardening, but may also be quenched in oil. Excellent wear resistance can be obtained by flame or induction hardening. Care required if welding, due to higher carbon content. Good machinability
    Typical Applications
    − Shafts, axles, spindles, bolts, lightly stressed gears, machined parts of all types.
    Typical Heat Treatment
    − Forging – Commence 1150˚C Max finish 925⁰C.
    − Annealing – 800˚ to 830˚C Surface cool
    − 870/ 915˚C air Cool
    − Normaling – 830˚C to 850˚C water quench
    − Hardening – 850˚C to 870˚C oil quench.
    − Tempering – 425˚C to 870˚C according to properties
    Mechanical Properties
    − Typical – as supplied
    − Tensile Strength – 90,000 psi (620 N/mm2)
    − Yield Strength – 23,000 psi (410 N/mm2)
    − Elongation – 25%
    − Reduction of Area – 50%
    − Hardness – HB 201
    − Machinability – 65

    Carbon AISI/SAE 1018 COLD FINISHED (UNS G10180)
    - Cold Drawn '20' Carbon Steel, available in all bar sections
    Characteristics
    − Most cold finished bars are produced by cold drawing oversize hot rolled bars through a die. The cold reduction of the bar results in significantly improved mechanical properties, with a smooth surface finish to close tolerances. The cold working of the bar likewise improves machinability, usually rated at 76. Larger bars are often produced by turning and polishing only. In this case, the properties of the steel are not improved and remain the same as the original hot rolled, special quality bar. The product is easy to weld and readily responds to carburizing. Cold finished product is manufactured in conformance to ASTM A108
    Typical Applications
    − All forms of shafting and machinery parts. When carburized -gears, pinions, king pins
    Carbon Cold Finished 1045 Induction Hardened
    Characteristics
    − As with chrome plated shafting, the basic material is cold drawn, precision ground and polished AISI 1045 shafting. It is first induction hardened which results in surface hardness of approx. Rockwell C 55.
    − This improves the properties of the bar and the extra hardness ensures superior wear resistance. The bars are then hard chrome plated in the same way as chrome plated shafting with the same advantages of corrosion and wear resistance. However, the induction hardened bar will give superior service
    Typical Applications
    − Hydraulic shafting, oil and water pump shafting, rotary pump shafts, and piston rods
    Chrome Plating
    − Finished thickness of – .0005" min per side (Winnipeg Branch: 0.001”min per side)
    − Hardness of chrome – Rockwell C 65/70
    − Surface finish – RMS 12 max
    Induction Hardening
    − Case Depth – .050” min
    − Case Hardness – Rockwell C50 min
    Tolerances
    − Allowance is made for the chrome plating and standard minus tolerances
    − apply as ASTM A29, Table A1.12
    − See AISI 1045 Chrome Plated Shafting
    Mechanical Properties
    − Typical 75,000 psi minimum yield strength
    Carbon Cold Finished
    1144
    Characteristics
    − This product is severely cold worked to produce 100,000 psi minimum yield strengths. It can therefore compete for application and use in parts normally requiring heat treated alloy grades in the HB range 235/277. The bars are stress relieved to minimize warpage. The sulphur content enhances machinability. C1144 has excellent induction hardening properties. Welding is not recommended. Conforms to ASTM A311, Class B. Available in cold drawn and precision ground surface finishes
    Typical Applications
    − Arbors, keyed shafts, spindles, gears, pinions, pump shafts, machined parts in wide variety
    Mechanical Properties
    − Typical – as supplied, Not normally available over 4" dia. because of the cold working required
    − Tensile Strength – 125,000 psi (862 N/mm2)
    − Yield Strength – 100,000 psi (690 N/mm2)
    − Elongation – 12%
    − Reduction of Area – 20%
    − Hardness – HB 255
    − Machinability – 82
    Tolerances
    − For cold finish tolerances See 1045 TG&P

    Carbon AISI/SAE 1018 COLD FINISHED
    (UNS G10180)
    Size Tolerances –Rounds Tolerances
    - all tolerances are MINUS
    11/2" dia. (38.1 mm) and under
    Minus 0.002” (.050 mm)
    Over 1 1/2" dia. to 2 1/2" dia (63.5 mm)
    Minus 0.003” (.075 mm)
    Over 2 1/2" dia. to 4" dia (101.6 mm)
    Minus 0.004” (.100 mm)
    Over 4" dia. to 6" dia (152.4" mm)
    Minus 0.005” (.125 mm)
    Over 6" dia. to 8" dia (203.2 mm)
    Minus 0.006” (.150 mm)

    Carbon 1018
    Characteristics
    − Produced to the requirements of ASTM A576 , this special bar quality, low-carbon machinery steels, is extremely versatile. It machines well and is easily weldable. The steel grade can be carburized
    Typical Applications
    − Bearing in mind the tensile strength of approximately 60,000 psi (414 N/mm2), the steel is suitable for a wide variety of general engineering parts, shafts, studs, bolts, tie-rods etc
    Mechanical Properties
    − Typical as supplied
    − Tensile Strength – 58,000 psi
    − 2Tensile Strength – 400 N/mm2
    − Yield Strength – 32,000 psi
    − 2Yield Strength – 220 N/mm2
    − Elongation – 25%
    − Reduction of Area – 50%
    − Hardness – HB 116
    Comment
    − This product may also conform to the requirements of ASTMA36 complete with the mechanical property requirements detailed below
    − Tensile Strength – 58,000 – 80,000 psi
    − Yield Strength – 36,000 psi minimum, 250 Mpa minimum
    − Elongation minimum – 20%
    Aluminum Extrusions
    Aluminum Squares and Rounds Only 6061
    Bronze Aluminum Bronze Alloy 954
    Characteristics
    − Produced conforming to ASTM B505, Alloy 954 Aluminum Bronze is produced oversized to finish, machine to the nominal size ordered.
    − Density: 0.340 lb/in3 at 68ºF; 9.41 g/cm3 at 20ºC
    Mechanical Properties
    − Yield – 35,000 psi
    − Tensile Strength – 85,000 psi
    − Elongation – 18%
    − Hardness – 140-170 HBN
    Bronze SAE660 Bearing
    Characteristics
    − Produced conforming to ASTM B505, SAE660 Bearing Bronze
    (Bars and Tubes). Produced oversized. to finish, machine to the
    nominal size ordered.
    − Density: 0.322 lb/in3 at 68ºF; 8.91 g/cm3 at 20ºC
    Typical Applications
    − Industrial Machinery & Equipment Market: In-plant Equipment, Industrial Valves & Fittings, Turbines, Off-highway Vehicles
    − Products: Bushings, Plumbing Valves, Air Brakes, Brass Anodes for Plating, Brass Plating of Steel Belts in Tires, Wear Plates in Cranes, Hydraulic Seals, Gears, Bearings, Valve Stems, Turbine seals, Flanges
    − Transportation Equipment Market: Automotive Non-electrical, Railroad, Marine, Aircraft
    − Products: Motors, General Hardware, Carburetor Assemblies, Fittings
    − Military Market: All Specified Military Applications
    − Water Handling Equipment: Alloys used in Marine service and products such as seawater piping, pumps, valves, etc
    − Special Market (Fastest Growing Market) Products: Food Processing Equipment, Hydraulic Seals, Plumbing Valves, Wear Plates and Guides
    Mechanical Properties
    − Yield – 18,000 psi
    − Tensile Strength – 35,000 psi
    − Elongation – 20%
    − Hardness – 60-70 HBN
    Characteristics
    − This is the least expensive and most versatile of the heat-treatable aluminum alloys and offers a good range of properties. It is generally selected where welding or brazing is required and for its high corrosion resistance
    Typical Applications
    − General engineering and structural components. Trucks and trailers. Boats.
    − Furniture. Pipe fittings. Miscellaneous parts requiring good corrosion resistance.
    Mechanical Properties
    − Minimum Properties:
    − UTS Yield – 38 ksi, 35 ksi
    − Elongation in 2” – 8%-10%
    − Typical Properties:
    − UTS Yield – 45 ksi, 41 ksi
    − Elongation in 2” – 12%-17%
    − Shear Strength – 30 ksi
    Aluminum
    Bar Data Table

    OCTG (OLAJ ÉS GÁZIPARI, PETROKÉMIAI CSÖVEK), ÉGHETŐ ANYAGOK VEZETÉSÉRE
    ALKALMAS CSÖVEK
    OCTG azaz az un. éghető anyagok vezetésére alkalmas csöveket elsősorban olaj és gázipar számára forgalmazzuk,
    csővezeték építéshez, szerelési és karbantartási munkákhoz hossz hegesztett és spirál hegesztett kivitelben. Ezen termékeket
    kombinálni tudjuk csőszigeteléssel is.
    Méretválaszték: Ø 21,3-3500 mm
    Szabványok: EN 10208-1, EN 10208-2
    Minőségek: L245MB/NB, L290MB/NB, L360 MB/NB, L290 NB/MB, L415 NB/MB, L210GA, L235GA, L245GA, L290GA,
    L360GA
    Hosszak: 4-13 (20) m


    OCTG (OIL, GAS, PETROCHEMICAL TUBES), TUBES SUITABLE FOR CONDUCTING
    COMBUSTIBLE MATERIALS
    We deal with our OCTG tubes (so called tubes suitable for conducting flammable materials) mainly for the petrochemical
    oil and gas industry for big and smaller line pipe, maintenance project sin spirally welded and longitudinally welded typs.
    Thes eproducts can be cominated with isolation and coatings.
    Size assortment: Ø 21,3-3500 mm
    Standards: EN 10208-1, EN 10208-2
    Qualities: L245MB/NB, L290MB/NB, L360 MB/NB, L290 NB/MB, L415 NB/MB, L210GA, L235GA, L245GA, L290GA, L360GA
    Lenghts: 4-13 (20) m


    API 5CT J55 oil casing seamless pipe Steel Grades: K55, J55, L80-1 ,N80,C90,C95, P110, T95


    Standard: API 5CT, API 5D
    Steel Grades: K55, J55, L80-1 ,N80,C90,C95, P110, T95
    Size: 2 3/8"-4 1/2"*0.167"-0630"


    Casing Pipe

    Tubing steel pipe

    Oil Casing Pipe/Steel Pipe

    Including ordinary casing, Anti-collapse casing, Anti-corrosion casing, Hi-strength casing

    Serves as walls of a well;

    Standard: API 5CT

    Steel Grades: k55, J55, L80,N80,C90,C95, P110 T95, M65,E75,X95,G105,S135


    1) Tubing


    OD: 2 3/8" -----4 1/2"

    WT: 0.167" -----0.630"


    Note: P : Plain end, N: Non upset, U: External upset, T&C: Threaded and coupled.


    2) Casing


    OD: 2 3/8“ ----20"

    WT: 0.205" --- 0.5"

    Note: P: Plain end, S: Short round thread, L: Long round thread


    Length

    R1 R2 R3

    Tubing 6.10 -7.32 m 8.53-9.75m 11.58-12.80m

    Casing 4.88 - 7.62m 6.72 -10.36m 10.36 - 14.63m


    3) Drill Pipe

    OD: 2 3/8" - 5 1/2"

    WT: 0.280" - 0.449"

    Note: EU: External upset , IEU: Internal & External upset

    Thread of tool joint are right-hand or left hand


    Welded Casing and Tubing

    Produced at Camrose, Calgary, Red Deer, and Regina.

    Grades

    • API 5CT H40, J55, L80, N80 and P110; and proprietary E80.

    Diameters

    • 2 3/8 - 16 in (60.3 - 406.4 mm)

    Wall Thickness

    • 0.190 - 0.545 in (4.8 - 13.8 mm)

    Lengths

    • Range 1, 2, and 3

    Seamless Casing

    FEATURING New Proprietary Seamless Casing Products!

    Produced at Pueblo.

    Grades

    • API 5CT N80, L80, P110 and proprietary CF95.
    • Proprietary ENA 80-SS
    • Proprietary ENA Q125-HCl

    Diameters

    • 7 - 9 5/8 in (177.8 - 244.5 mm)

    Wall Thickness

    • 0.317 - 0.595 in (8.5 - 15.1 mm)

    API Oil pipe, Casing pipe


    Type

    Label 1

    (in)

    Outside diameter

    (mm)

    Wall thickness

    (mm)

    GradeType of threadLength
    Casing4-1/2114.305.21-8.56H40-P110

    STC


    LC


    BC

    4.88-13.5m
    5127.005.59-12.70H40-P110
    5-1/2139.706.20-22.22H40-P110
    6-5/8168.287.32-12.06H40-P110
    7177.805.87-22.22H40-P110
    Oil pipe2-3/860.324.24-8.53H40-P110

    NU


    EU

    6.1-12.8m
    2-7/873.025.51-11.18H40-P110
    3-1/288.905.49-13.46H40-P110
    4101.605.74-15.49H40-P110
    4-1/2114.306.88-16.00H40-P110

    GradeYield Strength(Mpa)Tensile Strength(Mpa)Hardness
    J55379-522>517
    K55379-552>655
    N80552-758>689
    L80-1552-655>68923-241
    C90621-724>68925.4-255
    C95655-758>724
    T95655-758>72425.4-255
    P110758-965>862

    API 5CT J55 oil casing seamless pipe Pictures


    Product Tags:

    steel casing pipe

      

    seamless casing pipe

      
    Quality Continuously Cast Iron Casing And Tubing 100-70-02 Pearlitic Ductile Iron Hardness for sale
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