Design: ASME B16.34 Sizes: 2″ – 6″ (larger available upon request) Pressures: ANSI Class 150 – 2500 Ends: RF, BW, RTJ Flow Patterns: L, T, and Double-L Fire Safe Design SIL 3 Certified

Design: API 6D & CSA Z245.15 Sizes: 2″- 48″ Full & Reduced Bore Pressures: ANSI Class 150 – 2500 Materials: Forged Carbon Steel / Stainless Steel / Exotic Alloys Ends: RF, RTJ, BW Fire Safe Certified: API 607 and/or API 6FA SIL 3 Certified Fugitive Emission Certified NACE MR0175 SOUR

Sizes: 3/4″ and larger Pressures: ANSI Class 150 – 2500 Ends: RF, SW, BW, and Threaded Connections Materials: Casting in Ductile Iron, WCB, LCB, CF8M, and Exotic Alloys Fire Safe Design Available SIL 3 Certified

Design: API 6A Sizes: 1 13/16” – 11” Full & Reduced Port Pressures: 2,000 – 10,000 PSI Ends: RTJ, BW, and Hub Fire Safe Certified: API 6FA NACE MR0175 SOUR

Sizes: 2″- 48″ Full & Reduced Bore Pressures: ANSI Class 150 – 2500 Materials: Forged Carbon Steel / Stainless Steel / Exotic Alloys Ends: RF, RTJ, BW ( Pupping ) Fire Safe Certified: API 607 and/or API 6FA Fugitive Emission Certified

Design: API 6D & CSA Z245.15 Sizes: 2″- 48″ Full & Reduced Bore Pressures: ANSI Class 150 – 2500 Materials: Forged Carbon Steel / Stainless Steel / Exotic Alloys Ends: RF, RTJ, BW Fire Safe Certified: API 607 and/or API 6FA SIL 3 Certified Fugitive Emission Certified NACE MR0175 SOUR

Design: API 6D & CSA Z245.15 Sizes: 2″- 48″ Full & Reduced Bore Pressures: ANSI Class 150 – 2500 Materials: Forged Carbon Steel / Stainless Steel / Exotic Alloys Ends: RF, RTJ, BW ( Pupping ) Fire Safe Certified: API 607 and/or API 6FA SIL 3 Rated Fugitive Emission Certified NACE

The grA+de system is a fully autonomous AI-driven dull bit forensic scanner that provides high-resolution, metrologically precise grading of drill bits. It eliminates human inconsistencies, enhances bit performance, and enables data-driven optimization in drilling operations.

The grA+de system is a fully autonomous AI-driven dull bit forensic scanner that provides high-resolution, metrologically precise grading of drill bits. It eliminates human inconsistencies, enhances bit performance, and enables data-driven optimization in drilling operations.

Its primary function is to maintain a secure seal, ensuring that fluids remain contained within designated pathways.

The oil seal plays a crucial role in maintaining the integrity of the pump lubrication system by preventing contaminants from entering and ensuring that the oil remains contained within designated areas.

Its primary function is to maintain a secure seal, ensuring that fluids remain contained within designated pathways.

The oil seal plays a crucial role in maintaining the integrity of the pump lubrication system by preventing contaminants from entering and ensuring that the oil remains contained within designated areas.

The main function of an eccentric bearing is to support the eccentric shaft, allowing it to rotate with a variable center of rotation.

The main function of an eccentric bearing is to support the eccentric shaft, allowing it to rotate with a variable center of rotation.

These bearings are subject to significant loads and forces, and their design includes a layer of lubricating material to minimize friction and wear.

These bearings are subjected to significant loads and forces, and their design includes a layer of lubricating material to minimize friction and wear.

Its main function is to reduce friction and wear, ensuring continuous and controlled movement of the connecting rod.

Its primary function is to create a tight and effective seal around reciprocating components such as plungers or pistons, preventing fluid leakage and maintaining pressure integrity in the pump assembly.

Nuts play a crucial role in maintaining the structural integrity of the pump by preventing components from loosening during operation.

Nuts play a crucial role in maintaining the structural integrity of the pump by preventing components from loosening during operation.