In the field of industrial fluid transfer, resin pumps are revolutionizing technology as "high-precision hearts." These specialized pumps, designed for high-viscosity and corrosive resins, feature core components made from 316L stainless steel or nickel-based alloys. Through precision machining techniques, they achieve a flow accuracy control of 0.1%, far surpassing the performance of traditional gear pumps.
Technological breakthroughs manifest in three dimensions: nanoscale surface treatment technology triples the corrosion resistance life; magnetic coupling sealing systems completely eliminate leakage risks; intelligent temperature control modules can adjust the medium viscosity in real time. These features ensure that the resin pump maintains a flow stability of ±0.5% under operating conditions ranging from-30℃ to 180℃.
Advantages of resin pump:
1. Convenient Maintenance Design: The NYP insulated pump series innovatively upgrades the bearing chamber structure, integrating the bearing section into modular components. Simply loosen the top screws to easily disassemble the entire seal chamber, allowing the seals to be removed directly from the bracket and bearing housing. This design significantly reduces maintenance time, making maintenance more efficient and easier
2. Flexible clearance adjustment: For different fluid viscosity requirements, the NYP high-viscosity pump can flexibly adjust the gap at the rear of the gear. Thanks to its unique integral bearing housing design, users do not need to disassemble the pump body; they only need to rotate the bearing housing to complete the clearance adjustment, easily meeting various process requirements
3. Efficient packing adjustment: The enlarged bearing chamber gives the bracket more space, so that users can easily adjust the packing without disassembling the pump body, simplifying the operation process and improving the convenience of use
4. Multi-material adaptation: Key components support customized material selection, and materials with high temperature resistance, wear resistance, corrosion resistance, high pressure resistance or self-lubrication characteristics can be selected according to the actual working conditions to provide reliable guarantee for special application scenarios
5. Stable structure design: The whole material is cast in one piece, which gives the pump body excellent structural strength, effectively resisting vibration and external impact, ensuring the stable operation of seals and bearings, and maintaining efficient and stable fluid conveying performance
6. High pressure working ability: the large flow model has the ability to operate stably in high pressure environment, which expands the application range of the equipment
7. Strengthen the shaft support: The thick transmission shaft provides a solid support for the stable delivery of the pump body with excellent rigidity and strength, effectively reducing the shaking and wear during operation
8. High quality insulation process: The insulation jacket adopts integral casting technology, seamless connection to ensure excellent insulation effect, achieve zero leakage, meet the high precision temperature control requirements
9. Innovative sealing technology: Using a variety of high temperature resistant packing seals, combined with special materials and design, to achieve breakthroughs in sealing performance, performance performance exceeds traditional mechanical seals
10. Wide application scenarios: suitable for all kinds of fluid conveying fields, especially good at handling fluids with large range of viscosity change and complex working conditions, providing reliable solutions for industrial production
11. Multi-industry coverage: can convey lubricating oil, crude oil and other oil products, as well as rubber, asphalt, paint and other high viscosity materials without particle impurities, but also competent for the conveying of PAP, BPC and other high temperature polymr melt work, widely used in chemical, food, pharmaceutical and other industries.
