|Engineered Plastics||Non-Ferrous Metals||Ceramics & Silicon Based Materials|
|Celazole (R) (PBI)||Aluminum Alloys||Alumina (Al2O3)|
|Delrin (R) (Acetal)||Copper Alloys||Quartz|
|Halar (R) (ECTFE)||Hastelloys (R)||Sapphire|
|Kel-F (R) (PCTFE)||Inconels (R)||Silicon Carbide (SiC)|
|Kynar (R) (PVDF)||Nickel Alloys||Silicon Nitride (Si3N4)|
|Nylon||Stainless Steel Alloys||Yttrium Oxide (Yttria) (Y2O3)|
|PEEK||Titanium Alloys||Zirconium Oxide (ZrO2)|
|Teflon (R) (PTFE) (PFA) (FEP)|
|Torlon (R) (PAI)|
|Vespel (R) (PI)|
Original Equipment Manufacturer (OEM)
|Applied Materials (AMAT)||Ebara||Mattson Technology||Tokyo Electron (TEL)|
|Dainippon Screen (DNS)||Lam Research (LAM)||Strausbaugh|
ESP machines sample parts in a first run. These parts are carefully inspected by our quality control team to ensure all aspects of the part meet the specifications. Samples are generally provided to the customer for qualification.
ESP captures all of the dimensions, tolerances, and surface profiles of the sample parts. We utilize different metrology equipment including CMMs, optical comparitors, and profilometers, to capture this information.
(Optional) At the customer’s request, ESP can change almost any characteristic in the design to improve the part’s performance. These changes are easily implemented into the process, providing a quick and simple way for customers to test new designs.
ESP begins with a detailed review of the project with the customer. We discuss the part’s critical features, mating parts, the operating environment, and so forth to gain a complete understanding of the project. We will collect a samples at this time.
ESP Spares, Inc.
300 Park Central Blvd. Ste. B
Georgetown, TX (USA) 78626
Phone: (512) 931-2701
ESP creates all-inclusive CAD files from the information gathered. These files specify every aspect of the part including dimensions, tolerances, surface roughness, materials, coatings/platings, revision history and more.
A comprehensive material analysis is performed on the sample parts to determine the exact matrix material as well as any additives, or fillers, within the matrix. This step is critical as even a slight variation in the filler can drastically change the performance of the part.