Business Details
50+ Years
experience
Precision Industrial Pump Solutions
With over sixty years of experience, Greylor has established itself as a trusted provider of specialized pumping solutions. Our team is dedicated to meeting diverse customer needs through made-to-order equipment designed for both industrial and consumer applications. We offer a comprehensive range of pump technologies including gear, peristaltic, diaphragm, and magnetic drive systems. Each product is engineered with precision to deliver reliable performance in challenging environments. Our commitment to innovation ensures our pumps provide exceptional chemical resistance and operational efficiency.From compact DC-powered gear pumps to high-volume industrial models, our solutions address a wide spectrum of fluid handling requirements. We serve industries ranging from agriculture and food processing to medical equipment manufacturing and commercial printing. Our technical expertise extends to custom-designing systems that optimize flow rates and pressure specifications. Customer satisfaction remains our priority through personalized support and continuous product development. This legacy of experience positions us as a dependable partner for critical pumping applications.
Services
Gear Pumps
Peristaltic Pumps
Diaphragm Pumps
Magnetic Drive Pumps
Industrial Fluid Systems
Details
- Year established: 1963
Highlights and features
- We offer 60+ years of specialized pump engineering expertise
- Our made-to-order designs meet exact chemical resistance requirements
- We provide multiple motor voltage options for global compatibility
- Our pumps operate effectively in extreme temperature environments
- We maintain strict quality control for industrial-grade performance
What people say
Chemical resistance
Precision engineering
Reliable performance
Technical expertise
Durable construction
Services
Gear Pumps
Our gear pumps utilize precision-meshed gears in tight-clearance chambers to create reliable fluid transfer systems. These positive displacement pumps maintain consistent flow rates while handling various viscosities. Available in DC and AC motor configurations, they deliver 12V to 230V operation with flow rates up to 2200 ml/min. The compact, chemically resistant design makes them ideal for industrial applications requiring precise metering and continuous operation.
Peristaltic Pumps
Peristaltic pump systems employ rotating rollers to compress flexible tubing, creating vacuum-assisted fluid movement. Our models feature Norprene tubing for extreme chemical resistance and maintenance-free operation. Available in 12V DC to 230V AC configurations, these pumps handle flow rates from 60 ml/hour to 8.3 liters/min. The design prevents contamination while maintaining accuracy in demanding applications like medical fluid management and industrial coating processes.
Diaphragm Pumps
Diaphragm pump technology uses flexible membranes connected to power sources for positive displacement fluid transfer. Our industrial-grade models achieve 600 PSIG pressure capacity with flow rates up to 6 gallons/min. The sealed design prevents leaks while handling abrasive and viscous fluids. Available with optional AC motors, these pumps excel in high-pressure applications requiring chemical resistance and long operational life in harsh environments.
Questions
What industries use Greylor pumps?
Our pumps serve agriculture, food processing, medical equipment, industrial manufacturing, and commercial printing applications requiring precise fluid handling.
Do you offer both AC and DC motor options?
Yes, most models are available with 12V/24V DC or 115V/230V AC motors for global compatibility and diverse power requirements.
What chemical resistance capabilities do your pumps have?
Our pumps use Norprene tubing and chemically resistant materials that withstand extreme temperatures and aggressive substances in industrial environments.
Are your pumps suitable for high-pressure applications?
Yes, our diaphragm pumps achieve up to 600 PSIG pressure capacity while maintaining flow rates up to 6 gallons/min for demanding industrial uses.
