NexTech® E Series

2-42"

~2500#

Order up a safer, higher-performing side-entry valve that is both tough and multi-functional. The NexTech® E Series (enhanced series) represents a true engineered-to-spec, specialty valve with materials selected to meet the needs of the most demanding applications. These valves are designed and configured to handle corrosive, high-temperature and high-solid applications requiring zero-leakage shutoff. Eraway's’ NexTech® valves offer safety and reliability in a wide variety of pressure-critical applications.

Category to which it belongs

Ball valve

Keyword

Eraway

Detailed Specifications
Feature
Advantage
Application

Commodity name: NexTech® E Series
尺寸范围: 2-42"
压力范围: ~2500#

Size	2 - 42”
Pressure Classes	ASME/ANSI pressure classes up to 2500
Materials of Construction	Carbon steel Stainless steel High strength carbon steel Duplex steel Super duplex steel Exotic alloys Other materials available upon request
In Compliance	ASME B16.34 ASME Sec. 3 for nuclear applications API 6A API 607 NACE MR-01-75/ISO 15156 NACE MR-01-03 ISO 15848-1, Fugitive Emissions PED SIL-3
End Connections	Any end connections available upon request
Shutoff	Absolute zero-leakage

- Live-loaded gland area. The NexTech® design features a four stud, live-loaded assembly designed for heavy industrial applications. The sealing material is high purity Grafoil® surrounded by stainless steel wire mesh anti-extrusion rings.
- Carbide sealing surfaces. The sealing surfaces are overlaid with tungsten or chromium carbide using our exclusive HVOF RiTech® process. These surfaces have a hardness of 68 – 72 Rc to allow long periods of operation in the most severe conditions.
- High integrity seat surfaces. To prevent leaks around the seats, Eraway's has developed an innovative double seal design for high temperature operation and/or high cycling applications. In low temperature, high cycling service, a secondary elastomer seal is installed on the seat perimeter
- Solids resistance. In addition to the carbide coatings which will allow the valve to function in highly abrasive applications, the individual valve parts have additional seals to prevent interference from solids in the system. This provides for outstanding performance in catalyst systems, streams with solids contamination and polymers.
- Guaranteed tight shut-off. Benefit: Enhanced process safety and repeatable sealing allows operation under process excursions
- True metal-to-metal sealing without using secondary elastomeric seals. Benefit: Inherent fire safety
- Solid-proofed by design. Benefit: Process reliability
- HVOF RiTech® coating technology. Benefit: Extended life
- Grafoil® seals. Benefit: Reduced maintenance costs
- Double block-and-bleed capability. Benefit: Enhanced process safety
- High-cycling capability. Benefit: Process reliability
- Bi-directional sealing by design. Benefit: Enhanced process safety, lower maintenance, less downtime
- Single-piece anti blow-out stem design. Benefit: Enhanced process safety
- Impervious to high thermal cycling. Benefit: Enhanced process safety
- Certified to use in SIL 3 loop. Benefit: Enhanced process safety
- Live-load stem packing (four-bolt design). Benefit: Lower emissions
- Stem fugitive emissions per ISO 15848-1 Class B. Benefit: Lower emissions, enhanced process safety
- Fire safe certification: API-607. Benefit: Enhanced process safety
- Refining: Continuous catalyst regeneration (CCR) reforming (UOP and Axens), pressure swing adsorption (PSA) skids, cumene production, low-pressure catalyst handling in hydrotreaters and hydrocrackers, gas drier (molecular sieve) applications, hydrogen or oxygen service
- Chemical: Unipol polyethylene (when metal seated), dow polypropylene, PSA skids, silicon processing, high-cycle lock-hopper valves
- Gasification: Lock-hoppers, black water, syngas isolation
- Power: Bi-directional, low-pressure applications such as soot-blowers and chemical handling
- Specialty: Corrosive applications where seat material should be different than body material, high-cycle applications, bi-directional, double block-and-bleed