Entegris Test Standards and Protocols
Fluid Handling Products
Entegris invests a significant amount of time and money in the continual testing of the products we produce and sell. We utilize the following standards for the qualification and ongoing testing of our fluid handling products. In conjunction with these standards, we have developed numerous other testing programs to accommodate the unique designs and materials of our products. This is done to ensure our products will perform in a safe and reliable manner.
| ASME Standards | |
|---|---|
| ASME, Section VIII, Division I | Pressure integrity test for pressure vessel, inner liner of fluoropolymer material, metal outer shell. |
| ASTM Standards | |
| D1598 | Standard test method for time-to-failure of plastic pipe under constant internal pressure. |
| D1599* | Standard test method for short-time hydraulic failure pressure of plastic pipe, tubing and fittings. |
| D2122* | Standard test method for determining dimensions of thermoplastic pipe and fittings. |
| D2143* | Standard test method for cyclic pressure strength of reinforced, thermosetting plastic pipe |
| D2837 | Obtaining hydrostatic design basis for thermoplastic pipe materials. |
| D3332* | Standard test methods for mechanical-shock fragility of products using shock machines. |
| D3580* | Standard test methods for vibration (vertical linear motion). |
| D4332* | Standard practice for conditioning containers, packages or packaging components for testing. |
| E432* | Standard guide for selection of leak testing method |
| E479* | Standard guide for preparation of a leak testing specification |
| E515* | Standard test method for leaks using bubble emission techniques. |
| F328 | Standard practice for calibration of an airborne particle counter using monodispense spherical particles. |
| F649 | Standard practice for secondary calibration of airborne particle counter using comparison procedures. |
| E515* | Standard test method for leaks using bubble emission techniques. |
| ANSI Standards | |
| ANSI/ESD S20.20-1999* | ESD association standard for the development of an electrostatic discharge control program for protection of electrical and electronic parts, assemblies and equipment (excluding electrically initiated explosive devices) |
| ANSI-FCI 70-2 (1976)* | Control valve seat leakage. |
| FCI 75-1 (1979) | Test conditions and procedures for measuring electrical characteristics of solenoid valves. |
| NFPA/T.3.5.15M-1986 | Hydraulic fluid power - valves - method for determining the internal leakage characteristics. |
| PPI Standards | |
| TF-3/98 | Policies and procedures for developing recommended hydrostatic design stresses for thermoplastic pipe materials. |
| DOT/UN Standards | |
| Title 49 CFR, Part 178 | Performance - oriented packaging standards |
| UN Chapter 9 | General recommendations on packaging |
| UN Chapter 8 | Recommendation on intermediate bulk containers |
| ISO Standards | |
| ISO/TR 9080 | Method of hydrostatic-stress rupture data extrapolation. |
| ISO 8233-1988* | Thermoplastics valves - torque - test method. |
| ISO 8659-1989* | Thermoplastics valves - fatigue strength - test method. |
| ISTA Standards | |
| Procedure 1A* | Packaged - products weighing 150 lb (68 kg) or less. Basic requirements: fluid displacement vibration and shock testing. |
| Procedure 2A* | Packaged - products weighing 150 lb (68 kg) or less. Basic requirements: atmospheric conditioning, compression, fixed displacement or random vibration and shock testing. |
| SEMI Standards | |
| F7 | Test method to determine the tensile strength of tube fitting connections made of fluorocarbon materials. |
| F8 | Test method for evaluating the sealing capabilities of tube fitting connections made of fluorocarbon materials when subjected to tensile forces. |
| F9 | Test method to determine the leakage characteristics of tube fitting connections made of fluorocarbon materials when subjected to a side load condition. |
| F10 | Test method to determine the internal pressure required to produce a failure of a tube fitting connection made of fluorocarbon materials. |
| F11 | Test method to obtain an indication of the thermal characteristics of tube fitting connections made of fluorocarbon materials. |
| F12 | Test method to determine the sealing characteristics of tube fitting connections made of fluorocarbon materials after being subjected to a heat cycle. |
| F18 | Guide for determining the hydrostatic strength of, and design basis for, thermoplastic pipe and tubing. |
| F32 | Guide for determining the hydrostatic strength of, and design basis for, thermoplastic pipe and tubing. |
| F57 | Test method for determining flow coefficient for high purity shutoff valves. Specification for polymer components used in ultrapure water and liquid chemical distribution systems. |
| ISA Standards | |
| ISA-S75.02 | Control valve capacity test procedures. |
| ETM Standard, Entegris Fluid Handling Products Test Method | |
| ETM-101 | Test method for hydraulic burst. |
| ETM-102 | Pressure envelope cyclic fatigue testing. |
| ETM-103 | Thermal transition testing of piping products. |
| ETM-104A | Seat leakage of valves using the "Bubble Leak" method. |
| ETM-105 | Tensile testing of piping components. |
| ETM-106 | Pressure cycle fatigue testing of valves. |
| ETM-107 | Seal integrity of tube fitting connections using the "Bubble Leak" method. |
| ETM-109 | Deviations/Additions to ISA-S75.02 (control valve capacity test procedures). |
| ETM-114 | Measurement method for particle counting on drums. |
| ETM-115 | Measurement method for chemical entrapment testing. |