Our Products

ASTM A-29, ASTM A-108 & API SPEC 6A

GENERAL SCOPE:

Grade 1018 is a versatile steel alloy suitable for various structural oilfield applications that demand minimal strength or will undergo surface hardening treatment. This grade features a composition that consists only of Carbon, Manganese, and Silicon, making it a simple and reliable material solution.

CHEMICAL COMPOSITION:

AISI 1026: ASTM A-29, ASTM A-108 & API SPEC 6A

GENERAL SCOPE:

Grade 1026 is a low-carbon steel alloy, ideal for use in a range of structural oilfield applications where moderate strength is not required or where surface hardening is necessary. With a composition that includes only Carbon, Manganese, and Silicon, this grade offers a straightforward and dependable solution for oilfield projects.

1026 can also be used for carburizing, where a high surface hardness and good core ductility are required.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

Annealed or As-rolled - no mechanical properties; suitable for further heat treatment.

AISI 1045: ASTM A-29, ASTM A-108 & API SPEC 6A

GENERAL SCOPE:

1045 is a low Carbon steel grade that can be used in a variety of structural oilfield applications that require low strength or will be subjected to surface hardening. This grade contains Carbon, Manganese, and Silicon as the only intentionally added elements.

1045 can be heat treated to improve the strength level, however, the hardenability of the alloy is very poor.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

Annealed or As-rolled - no mechanical properties; suitable for further heat treatment.

AISI 4130: ASTM A-29, ASTM A-519, API 6A, & API 16C

GENERAL SCOPE:

4130 is a low-alloy steel frequently used in oilfield applications, particularly in wellhead components. It is a heat-treatable alloy containing approximately 0.30% carbon, with chromium and molybdenum serving as the main hardening elements.

Its widespread use is due to its ease of welding, while still offering strong mechanical properties and good impact resistance.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

60,000 - 75,000 psi minimum yield - limited to a Rockwell C -22 maximum for compliance to NACE MR-01-75/ISO 15156 (for use in hydrogen sulfide environments).

Normalized, Annealed or As-rolled - no mechanical properties; suitable for further heat treatment.

AISI 4130: ASTM A-29, ASTM A-519, & API 5CT

GENERAL SCOPE:

4130 Mod is a low-alloy steel widely used in various downhole tools, casing, tubulars, and accessories requiring deep hardening strength and excellent impact resistance. It is a heat-treatable alloy with around 0.25% carbon, where chromium and molybdenum are the primary hardening elements.

This alloy can meet NACE MR-01-75/ISO 15156 standards at hardness levels exceeding Rc-22 after heat treatment. 4130 Mod is considered an enhanced version of 4130, offering improved strength and impact properties that extend deeper into the material.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

- 95,000 psi minimum yield strength, limited to a maximum Rockwell hardness of C-25, for compliance with API 5CT grade T-95.

- 110,000 psi minimum yield strength, limited to a maximum Rockwell hardness of C-29, for compliance with API 5CT grade C-110.

- 125,000 psi minimum yield strength for compliance with API 5CT grade Q-125. This grade is available in Normalized, Annealed, or As-Rolled conditions without specific mechanical properties, making it suitable for further heat treatment.

AISI 4145M: ASTM A-29, API 7-1, & API 14A

GENERAL SCOPE:

4145M is a low-alloy steel commonly used in downhole tools, tool joints, and drill collars, owing to its inclusion of 0.20% molybdenum. It is similar to 4140 but has a lower carbon content, offering improved hardenability, making it suitable for high-strength applications.

Larger diameters of AISI 4145M may contain higher molybdenum levels, up to 0.35%, while smaller, higher-strength variants may also use this concentration. This grade is extensively utilized in drill collar production.

Compared to 4140, the 4145 mod grade contains higher levels of chromium and molybdenum, providing much deeper hardening after austenitizing, quenching, and tempering. It's important to note that 4145M should not be confused with AISI 4145, as the modified version has significantly higher chemical limits.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

- **110,000 psi minimum yield strength** with a surface hardness of **285-341 Brinell**.

- **120,000 psi minimum yield strength** with a surface hardness of **285-341 Brinell**.

- **Annealed or As-rolled**: No specified mechanical properties; suitable for further heat treatment.

AISI 4330M: ASTM A-29, & API SPEC 7-1

GENERAL SCOPE:

4330 Mod is a low-alloy steel commonly used in downhole tools that require extremely high strength and excellent impact resistance. This heat-treatable alloy contains approximately 0.31% carbon, with nickel, chromium, and molybdenum serving as the primary hardening elements.

The nickel content provides the alloy with exceptional impact resistance at both room temperature and lower. A small amount of vanadium is often added to refine the grain structure. 4330 Mod is also one of the deepest hardening low-alloy steels available.

However, it is not recommended for applications exposed to hydrogen sulfide, in line with NACE MR-01-75/ISO 15156 standards.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

- **153,000 psi minimum yield strength**

- **160,000 psi minimum yield strength**

Both are typically used for high-strength applications where exceptional load-bearing capacity is required. Specific details regarding hardness or other properties would depend on the material and its treatment.

AISI 4340: ASTM A-29, API SPEC 7-1

GENERAL SCOPE:

4340 is a low-alloy steel commonly used in downhole tools and hangers that require very high strength and excellent impact resistance. This heat-treatable alloy contains approximately 0.40% carbon, with nickel, chromium, and molybdenum as the primary hardening elements.

The nickel content enhances its ability to maintain excellent impact resistance, even at room temperature and lower. 4340 is also one of the deeper hardening low-alloy steels available.

However, this alloy is not recommended for use in environments exposed to hydrogen sulfide, in compliance with NACE MR-01-75/ISO 15156 standards.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

- **105,000 psi minimum yield strength** with a maximum surface hardness of **321 Brinell**.

AISI 8620: ASTM A-29, & API SPEC 6A

GENERAL SCOPE:

8620 is a low-alloy steel frequently used in oilfield applications that require low strength or surface hardening. It contains approximately 0.20% carbon and low levels of chromium, nickel, and molybdenum.

This grade is commonly used for carburizing, a process that provides high surface hardness while maintaining good core ductility, making it ideal for applications needing a tough, wear-resistant surface.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

- **Annealed or As-rolled**: No specified mechanical properties; suitable for further heat treatment.

F-22 MOD (2-1/4CR-1MO): ASTM A-29, ASTM A-182, & API SPEC 6A

GENERAL SCOPE:

F-22 Mod is a low-alloy steel primarily used in wellhead applications as an upgrade to AISI 4130. This heat-treatable alloy is known for its deep hardening capability, containing approximately 0.12% carbon, with 2.25% chromium and 1.0% molybdenum as the primary hardening elements.

Its popularity comes from its enhanced weldability compared to 4130, while still providing good strength and excellent impact properties throughout the material's depth.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

- **80,000 psi or 85,000 minimum yield strength** - limited to a Rockwell C-22 maximum for compliance with NACE MR-01-75/ISO 15156 (for use in hydrogen sulfide environments).

- **Annealed or As-rolled**: No specified mechanical properties; suitable for further heat treatment.

NICKEL 625/625 PLUS: API 6A CRA

GENERAL SCOPE:

625 is a nickel-based alloy widely used in oilfield applications that require resistance to high temperatures and severe corrosive environments.

625 PLUS is a variation of alloy 625, with the added ability to be strengthened through precipitation hardening. This enhanced version is commonly used in deep sour wells, where both higher strength and increased corrosion resistance are critical.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

- **625:** 60,000 psi yield minimum - limited to a Rockwell C-35 maximum for compliance with NACE MR-01-75/ISO 15156 (for use in hydrogen sulfide environments).

- **625 PLUS:** 120,000 psi yield minimum - limited to a Rockwell C-43 maximum for compliance with NACE MR-01-75/ISO 15156 (for use in hydrogen sulfide environments).

NICKEL 718: API 6A CRA

GENERAL SCOPE:

718 is a nickel-based super-alloy steel that is predominantly used in wellhead and downhole applications suitable for corrosive environments.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

120,000 psi yield minimum - limited to a Rockwell C-40 maximum for compliance with NACE MR-01-75/ISO 15156 (for use in hydrogen sulfide environments).

API 6A CRA (UNS NO7725)

GENERAL SCOPE:

Alloy 725 is highly resistant to corrosion and is age hardenable for extremely high strength. It is used in a broad range of severe corrosive environments.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

A hardness level of 43 HRC max. is allowed in NACE MR0175, 44 HRC max is allowed when elemental sulfur is not present.

API 6A CRA

GENERAL SCOPE:

925 is a nickel-based superalloy primarily used in wellhead and downhole applications, such as packers, hangers, and valves, designed for corrosive environments. Its excellent corrosion resistance and strength make it ideal for use in harsh oilfield conditions.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

110,000 psi yield minimum - limited to a Rockwell C-38 maximum for compliance with NACE MR-01-75/ISO 15156 (for use in hydrogen sulfide environments).

API 6A CRA

GENERAL SCOPE:

Alloy 945 / 945X is a high-performance, age-hardenable alloy designed to offer a superior combination of high strength and excellent corrosion resistance. It provides protection against chloride stress-corrosion cracking and offers outstanding resistance to general corrosion from reducing chemicals, as well as enhanced resistance to pitting, crevice corrosion, and oxidizing environments. This makes it ideal for demanding applications in harsh, corrosive conditions.

CHEMICAL COMPOSITION:

UNS N09945

UNS N09945X, N09946

COMMONLY STOCKED STRENGTH LEVELS:

Condition: Solution Annealed and Age Hardened

API 6A CRA

GENERAL SCOPE:

Alloy 945 / 945X is a high-performance, age-hardenable alloy designed to offer a superior combination of high strength and excellent corrosion resistance. It provides protection against chloride stress-corrosion cracking and offers outstanding resistance to general corrosion from reducing chemicals, as well as enhanced resistance to pitting, crevice corrosion, and oxidizing environments. This makes it ideal for demanding applications in harsh, corrosive conditions.

CHEMICAL COMPOSITION:

UNS N09945

UNS N09945X, N09946

COMMONLY STOCKED STRENGTH LEVELS:

Condition: Solution Annealed and Age Hardened

J55: API 5CT

GENERAL SCOPE:

API 5CT grades are commonly used in casing, production tubing, coupling stock, pup joints, and various down hole accessories.

CHEMICAL COMPOSITION:

MECHANICAL PROPERTIES:

K55: API 5CT

GENERAL SCOPE:

API 5CT grades are commonly used in casing, production tubing, coupling stock, pup joints, and various down hole accessories.

CHEMICAL COMPOSITION:

MECHANICAL PROPERTIES:

API 5CT Grade

GENERAL SCOPE:

API 5CT grades are commonly used in casing, production tubing, coupling stock, pup joints, and various down hole accessories.

CHEMICAL COMPOSITION:

MECHANICAL PROPERTIES:

L80: API 5CT

GENERAL SCOPE:

API 5CT grades are commonly used in casing, production tubing, coupling stock, pup joints, and various down hole accessories.

CHEMICAL COMPOSITION:

MECHANICAL PROPERTIES:

T95: API 5CT

GENERAL SCOPE:

API 5CT grades are commonly used in casing, production tubing, coupling stock, pup joints, and various down hole accessories.

CHEMICAL COMPOSITION:

MECHANICAL PROPERTIES:

T95: API 5CT

GENERAL SCOPE:

API 5CT grades are commonly used in casing, production tubing, coupling stock, pup joints, and various down hole accessories.

CHEMICAL COMPOSITION:

MECHANICAL PROPERTIES:

P 110: API 5CT

GENERAL SCOPE:

API 5CT grades are commonly used in casing, production tubing, coupling stock, pup joints, and various down hole accessories.

CHEMICAL COMPOSITION:

MECHANICAL PROPERTIES:

Q125: API 5CT

GENERAL SCOPE:

API 5CT grades are commonly used in casing, production tubing, coupling stock, pup joints, and various down hole accessories.

CHEMICAL COMPOSITION:

MECHANICAL PROPERTIES:

UNS S17400 : ASTM A564 GRADE 630

GENERAL SCOPE:

17-4 PH is a precipitation-hardening martensitic stainless steel that contains copper. In its solution-treated and double-aged condition, it has become the preferred alloy for stems and shafts, and is widely used in valve internals. It offers high strength, with good properties up to 315°C (600°F), and excellent corrosion resistance, comparable to 304 austenitic stainless steel in many environments, making it a highly versatile alloy.

NACE MR0175 imposes limitations on hardness and restricts the alloy's age-hardening treatments to two specific cycles. It only permits solution treatment followed by double aging to either the H1150M condition (760°C / 1400°F followed by 620°C / 1150°F) or the DH1150 condition (620°C / 1150°F for both stages).

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

MARTENSITIC

GENERAL SCOPE:

This is a martensitic stainless steel used in the hardened and tempered condition, typically available in tubular form, either as mechanical tube or casing tube. It is manufactured according to ASTM A519 standards for mechanical tube supply.

When bill of material requirements align with available stock sizes, significant cost savings can be achieved in both raw material supply and manufacturing, compared to bar product form.

This steel is widely used in completion equipment, in both bar form and for structural and pressure-containing components, especially in standard and CO₂ environments. However, factors such as pH, chlorides, temperature, and the presence of H₂S may limit its use in other environments.

The grade is NACE MR0175 approved, supplied to a hardness of 22 HRC, making it suitable for packers and other sub-surface equipment.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS:

Condition: Hardened and Double Tempered

UNS S41425 : S41426 : S41427

GENERAL SCOPE:

The "Super 13 Cr" family of martensitic stainless steels offers enhanced mechanical properties and greater corrosion resistance compared to standard 13 Cr or 420 Mod grades. The 95 KSI strength level is approved for NACE MR0175 applications under the current standard. Additionally, the low carbon content improves weldability compared to standard 13 Cr grades.

The 110 KSI strength level is also widely used, although some specific end-user approvals may be required for both strength levels.

This stainless steel is available in bar and tube form and is commonly used in completion equipment. Its primary application is in environments containing CO₂, chlorides, and low concentrations of H₂S.

CHEMICAL COMPOSITION:

COMMONLY STOCKED STRENGTH LEVELS: