Conax Technologies manufactures a complete range of pressure and vacuum seal fitting assemblies to carry probes, sensors, wires, electrodes and other elements, satisfying diverse application requirements across a broad spectrum of industries.
- Are used when probes and other elements must pass through a pressure or environmental boundary.
- Maintain the integrity of the seal at the point of feedthrough penetration.
- Employ “soft” sealant technology so that probes can be adjusted, removed and replaced yet are not deformed during installation.
- Satisfy pressure, vacuum and environmental sealing applications in many industries—from process control and power generation to semiconductor fabrication and steel production.
- Frequently reduce the overall cost of ownership, when compared with other sealing techniques, through reductions in installation time, downtime and the cost of replacement parts.
- Unlike many conventional compression fittings or glands, Conax fittings can carry multiple elements (e.g., probes, wires, electrodes) in a single fitting assembly.
For more information or to download our brochure, visit our product page.
Reduce maintenance time with improved replacement sensors
Our team will be in San Antonio, Texas on June 20th for the Frame 6 Users Group trade show to present a unique upgrade kit for Frame 6 turbines.
For older GE Frame turbines, we’ve improved replacement exhaust gas thermocouple sensors that fit older radiation shields. With this new kit, there’s no need for the entire thermocouple to be replaced. The upgrade kit provides a longer lasting sensor that also features lower maintenance time at change out and offers easier maintenance over the OEM products.
Cable assemblies that are purchased with this sensor may be custom manufactured to a desired length. Cables remain fixed in the turbine hot box and only the sensor needs to be removed. Cable assemblies are made from 18 AWG stranded conductors with PFA insulation and are jacketed with stainless steel over braid.
If you’re in San Antonio, stop by Booth #20 to check out a demonstration.
To learn more about this trade show, visit frame-6-users-group.org.
Photo Credit: Sensor + Test 2017 Press Center
Worldwide meeting for sensors, measuring and testing technology experts
We’re heading to Germany May 30th through June 1st to exhibit at Sensor + Test 2017, where experts in sensors, measuring and testing from around the world will come together to showcase the latest innovations in the field.
For over 60 years, Conax has designed and manufactured temperature sensors and compression seal fittings for a broad range of applications across many industries, including:
- Compression seal fittings and feedthroughs for use in Class 1, Division 1 & 2 hazardous locations
- Thermocouples and RTD sensor probe assemblies
- High-temperature noble-metal thermocouples
- Engineering and design support for challenging applications
Industry leaders trust Conax to provide long-lasting reliable solutions that help lower costs and reduce installation and maintenance time. Our comprehensive solutions have been applied to many industries including Power Generation, Semiconductor, Oil & Gas, Aerospace, Pharmaceutical, Glass Production and others.
Conax is AS9100 certified meaning all products are manufactured according to the highest quality standards.
Last year’s trade show saw 586 exhibitors from 32 nations. We’re thrilled to join this year’s exhibit. Join Conax in Hall 1, Stand 1-635.
One small spring for a sensor.
One giant leap for sensor longevity.
Standard exhaust gas sensors in 7F and 9F class turbines are at risk of premature failure due to vibrations caused by gas flows, input vibrations and thermal expansion mismatch.
Conax has developed the solution
Conax Technologies’ patented Spring-Loaded Exhaust Gas Sensors have a high temperature compression spring that is inserted between two spacer tubes to dampen vibrations and keep the temperature sensor tip seated within the radiation shield.
Available exclusively from Conax
Conax’s Spring-Loaded Exhaust Gas Sensors are interchangeable with OEM parts and tested to OEM specifications.
When used in 7F and 9F class turbines, these sensors have proven to significantly increase sensor life and provide thousands of hours of field operation without failures. In addition, these exclusive Conax sensors:
- Are interchangeable with OEM parts
- Have been tested to OEM specifications
- Significantly increase sensor life
View our demonstration video below to find out more. If you have questions, email Rick.Lyon@ConaxTechnologies.com.
Conax Technologies is pleased to announce the acquisition of Quartz Engineering, a manufacturer of quartz sheaths for temperature sensors headquartered in Tempe, AZ. S. K. Choi, former President of Quartz Engineering, will stay on and help with the integration of Quartz Engineering and Conax. Choi has 40 years of experience in the semiconductor segment of the quartz industry and 20 years of experience in the fabrication of the specific type of sheaths primarily used by Conax.
This acquisition represents a commitment to improving the company’s responsiveness and the quality of products the company can provide to customers in the semiconductor industry. Conax Business Unit Manager Michael Ferraro stated, “We’re expanding our focus in the growing Semiconductor industry. Many of the temperature sensors used inside process chambers need a semiconductor-grade quartz sheath to protect them from the chemicals and temperatures present. With the acquisition of Quartz Engineering, we now have in-house capabilities to design and manufacture quartz sheaths for temperature sensors.”
Ferraro explained, “By producing the sheaths in-house, we maintain greater control over quality and supply; and we can provide our customers with the solutions they need faster.”
Manufacturing operations will remain at the Tempe, AZ facility. Headquartered in Buffalo, NY, Conax Technologies is a designer and manufacturer of standard and custom engineered temperature sensors, compression seal fittings and feedthroughs, probes, sensors, wires, electrodes and fiber optic cables. The company has locations on the US west coast, as well as in Canada, Europe and Asia.
From April 23 through April 27, team members from Conax will visit the City of Roses in Pasadena, California to attend the 2017 ISA Analysis Division Symposium.
We’re joining Analyzer experts from around the world for presentations and conversations about the latest innovative techniques, developments and applications in the analytical sciences. We’ll discuss the latest trends and participate in trainings to inspire new ideas and innovation for our customers.
Visit us at booth #220 to see our latest line of Sample Probe Assemblies and Retractable Sensor Assemblies.
To learn more about this event, visit https://www.isa.org/ad2017.
We hope to see you there!
Guided by our core values of Teamwork, Innovative Thinking, Integrity, Commitment, and Customer Service we continue to provide solutions to our customers throughout the world. With our success and continued growth, we are actively looking to fill several positions:
- Customer Service Professional
- Marketing Analyst/Assistant
- Engineering Manager
- Product Design Engineer
Conax currently uses a gathering tool called Top Grading which allows candidates to provide information about their qualifications and past employment experiences. Join the Conax team, we look forward to meeting you! Visit our website to apply.
To conform to the Environmental Protection Agency’s (EPA) regulation Subpart Ja for Flare Stack Sulfur Emissions, Shell Chemical in Mobile, Alabama installed a new port into a 24” pipeline. They needed to complete the job without interrupting production.
Solution: Conax’s Retractable Sensor Assembly (RSA)
Conax’s RSA with a Retractable Thermowell was installed into the pipe. The unit was designed for a flare gas flow stream at 375 ft/sec (256 miles/hr) at 50 PSIG at 850 degrees F. Shell was able to meet the EPA’s guidelines without interrupting production.
Do you have a challenge? Conax can customize a solution.
Recently, we announced the launch of our new EtchDefender™ coating, which is now available on all Conax quartz thermocouple sheaths for ASM® EPSILON®
reactors. Exclusively from Conax, this patent-pending technology extends the life of quartz thermocouple sheaths in ASM® EPSILON®
reactors up to 3X longer.
What does that mean for ASM® EPSILON®
reactor owners in terms of dollars and
Even though TCs coated with EtchDefender™ cost more per thermocouple, ASM® EPSILON®
reactor owners can reduce their overall spend with:
- Lower cost of TCs—Using fewer thermocouples at a higher price point, you could lower your annual TC spend by as much as 30%.
- Less reactor downtime—By eliminating 1 to 2 maintenance cycles, you could save $500 to $10,000 per cycle.
- Higher wafer productivity—Wafer throughput increases by 2% to 5% for a total of $25,000+ per reactor, per year.
- Higher wafer quality—Reduced likelihood of wafer contamination due to opening chamber for thermocouple changes is invaluable! Plus, there’s no change to the susceptor ring or recipe.
View our EtchDefender™ video below or click here to download a white paper. If you have questions, email Mike Ferraro.
ASM® and EPSILON® are registered trademarks of ASM® International. Neither Conax Technologies nor its products are affiliated with, approved by or sponsored by ASM® International.
The Economic Indicators have been on the rise for the last several months, and February is no exception. The highest since February 2006, this month’s numbers show promise for the industry. A number over 50 indicates increased activity or growth. Conversely, a number below 50 means less activity or growth. All numbers were over 50, and the change in number of request for quotes from December to January surpassed 60. February’s index numbers are below.
- Change in number of request for quotes from Dec. to Jan. – 60.6
- Change in number of orders from Dec. to Jan. – 59.5
- Change in backlog from Dec. to Jan. – 54.8
- Expected change in the health of the industry through Feb. – 59.7
For more information, check out Industrial Heating.