At a glance
| Booth | L0204 |
| Country | US |
| Website | www.treborintl.com |
Company profile
Trebor International manufactures high-purity heaters for deionized-water and chemical applications and high-purity, non-corrosive plastic pumps for chemical applications. Its products are used to safely and reliably heat and move chemicals in semiconductor manufacturing, chemical processing, and pharmaceutical manufacturing where purity, high temperatures, and small footprints are required. Trebor International states that its 35 years of experience, patented product designs and features, and product capabilities distinguish it, and it works with customers to understand their fluid-processing demands. Trebor International is a unit of IDEX Corporation and is listed as established in 1979, with its origins in the late 1970s when a team developed the technical foundation for ultra-pure, corrosion-resistant pumps in response to corrosion and contamination risks from industrial pumps handling aggressive chemicals in semiconductor facilities. The company describes its focus as high-purity chemical movement markets centered on customers, relationships, and products, and states that the customer is its priority. Since then, Trebor International has supplied high-purity fluid-transfer solutions for applications involving semiconductors, LEDs, chemicals, solar panels, aerospace, and fuels, including high-purity air-operated double-diaphragm pumps and high-purity heaters. Trebor International states that its long history of supplying high-purity air-operated double-diaphragm pumps and high-purity heaters has set standards for those products and that many companies have replicated its designs. Its products are used in key chemical and deionized-water processes where reliability, rapid process control, and responsive service are critical; the company states that its product and systems expertise, product reliability, and rapid innovation can shorten equipment-development cycles and provide superior total cost for next-generation platforms. Trebor International emphasizes low-maintenance, high-quality products, continual product improvement, and working with customers to design effective solutions as processes, controls, and regulations change. Its manufacturing headquarters is in West Jordan, a suburb of Salt Lake City, Utah, USA, and the location is described as a transportation hub for worldwide customers with a well-educated workforce and strong work ethic. The company maintains sales and service offices in Germany and Singapore for European and Asian markets. Trebor International is an ISO9001:2015 registered facility and has been registered since 2002, while continuing to improve its quality system and aiming to exceed ISO requirements and customer needs. The company began implementing Lean/Six Sigma practices in 2001, describes itself as data-driven, and uses Root Cause Analysis, Value Stream Mapping, and Voice of Customer research while working with customers and suppliers to identify and implement improvements faster and without misused resources. Trebor International joined IDEX Corporation in May 2000; IDEX is described as a global fluidics leader serving high-growth specialized markets including engineered fluidics systems and components and fire and safety products such as the Jaws of Life® family. IDEX business units share complementary product-line resources, global sourcing, operational-excellence tools, distributor and customer-service networks, and a diverse customer base to support broader customer solutions.
Exhibits
Trebor International manufactures quartz heaters for deionized-water and chemical applications and high-purity air-operated double-diaphragm (A.O.D.D) pumps for chemical applications. These products are used in industries requiring purity, process control, high temperatures, and small footprints. The heaters are designed to heat fluids quickly in a single pass with no metal components in the fluid path, and Trebor International offers inline chemical heaters and deionized-water heaters. Its inline chemical heaters combine modular capability, compact size, and heating efficiency, with design features intended to prevent bacteria growth, still water, and particle traps. Its pumps are designed for continuous operation in aggressive and process-critical applications, including processes using highly aggressive chemical mixtures. Trebor International uses 100% virgin plastic resins including PTFE, PFA, and PP to support process purity. The Mega 255 ultra-pure pump has a maximum flow of 255 LPM (67 GPM), a maximum temperature of 212 °F (100 °C), and a maximum pressure of 80 PSIG (0.55 MPa). The Mega 120 has a maximum flow of 120 LPM (32 GPM), a maximum temperature of 212 °F (100 °C), and a maximum pressure of 80 PSIG (0.55 MPa). The Mega 960 has a maximum flow of 95 LPM (25 GPM), a maximum temperature of 212 °F (100 °C), and a maximum pressure of 80 PSIG (0.55 MPa). The Rev 6 has a maximum flow of 76 LPM (20 GPM), a maximum temperature of 194 °F (90 °C), and a maximum pressure of 97 PSIG (0.67 MPa) at 90 °C. The Evolve 55 has a maximum flow of 57 LPM (15 GPM), a maximum temperature of 212 °F (100 °C), and a maximum pressure of 100 PSIG (0.69 MPa). The Maxim 50 has a maximum flow of 50 LPM (13.2 GPM); the M50D has a maximum temperature of 212 °F (100 °C) and maximum pressure of 80 PSIG (0.55 MPa), while the M50R/E/U has a maximum temperature of 356 °F (180 °C) and maximum pressure of 60 PSIG (0.41 MPa). The Magnum 620 has a maximum flow of 42 LPM (11 GPM), a maximum temperature of 230 °F (110 °C), and a maximum pressure of 80 PSIG (0.55 MPa). The Magnum 610 has a maximum flow of 36 LPM (10 GPM), a maximum temperature of 212 °F (100 °C), and a maximum pressure of 60 PSIG (0.41 MPa). The T25 has a maximum flow of 25 LPM (6.6 GPM), a maximum temperature of 212 °F (100 °C), and a maximum pressure of 100 PSIG (0.69 MPa). The Model 110 has a maximum flow of 21 LPM (5.5 GPM), a maximum temperature of 212 °F (100 °C), and a maximum pressure of 60 PSIG (0.41 MPa). The Purus 20 has a maximum flow of 20 LPM (5 GPM), a maximum temperature of 248 °F (120 °C), and a maximum pressure of 80 PSIG (0.55 MPa).
Capabilities and products
- quartz heaters for DI water and chemicals
- inline chemical heaters
- deionized-water heaters
- high-purity A.O.D.D. chemical pumps