Oil and gas carbide components
Wear parts for drilling and flow control
Oil and gas applications can expose parts to abrasion, pressure, slurry, and difficult service conditions. Extramet helps review carbide grade, stock form, finished geometry, and inspection needs for valves, sleeves, liners, nozzles, and bearing components.
A useful request usually includes the drawing, current material or grade, quantity, failure mode, tolerance notes, and any inspection or documentation requirements. If customer-supplied material is involved, include the material details so Extramet can confirm whether it is a good fit for the work.
Common review points
- abrasion, impact, corrosion, and heat exposure
- critical dimensions, finish, and edge requirements
- prototype, repair, or repeat-production quantity
- inspection expectations and shipment timing
How Extramet helps
Material fit
Review carbide grade, binder level, and starting stock against the wear mode.
Manufacturing path
Decide whether the job needs supplied material, blanks, grinding, machining, or a finished component.
Quote clarity
Confirm the information needed to quote accurately before production time is lost.
What Extramet needs to understand before quoting
The best starting point is a drawing, but the drawing is not the whole story. Include the current part material, where the part wears, how long it lasts today, what it contacts, and whether the goal is longer life, tighter size control, cleaner identification, faster delivery, or a more reliable replacement path.
Part role
Tell us whether the component locates, guides, seals, cuts, forms, supports, meters, or protects another part of the system.
Operating conditions
Share speed, load, temperature, lubrication, abrasive media, corrosion exposure, and impact risk when available.
Quality requirements
Include inspection notes, critical dimensions, finish needs, marking requirements, and any documentation expectations.
Material-first, manufacturing-ready support
Extramet can support material selection alone, but the strongest projects usually connect material and manufacturing early. That means grade, stock size, machining allowance, grinding path, inspection method, and delivery timing are reviewed together before production starts.