Company News

WG600S: The All-New Upgrade For years, the WG600S industrial peristaltic pump has been widely trusted in ultrafiltration, fluidized beds, and pharmaceutical liquid transfer, thanks to its durability and high-flow performance. In this iteration, its core drive system has been upgraded to a high-performance servo motor—delivering stronger power, finer control, and smoother low-speed operation! Simultaneously, enhancements have been made to the control display, heavy-load performance, and more. So, what are the highlights of the upgraded WG600S?Let’s dive in! 01 Lower Speed & Wider flow rate range Minimum Speed: 30 rpm → 0.1 rpmMinimum… Read More »Enhanced Power, Superior Precision, Expanded Flow Range | The All-New WG600S Industrial Peristaltic Pump Upgrade

(Real customer feedback) “In our workshop, the BT600S has been running flawlessly for 8 years without a single factory return,” -shared a Lead Fluid customer from the food industry. That’s right—8 years!Not sitting idle but operating daily, with zero returns!In an era where “planned obsolescence” is a hot topic, how do Lead Fluid products achieve such “extended endurance“? Why are they so incredibly durable? 8, 9, 10+ Years? This Is No Exception! We’ve witnessed many “veteran” products—They may have “retired” from Lead Fluid’ s production lines but continue to serve… Read More »“I’m Still Using the Same Pump from 8 Years Ago” | Why Are Lead Fluid Products So Durable?!

Introduction As a precision fluid transfer device, peristaltic pumps are widely used in chemical, pharmaceutical, food processing, and environmental protection industries. The tubing, being one of the core components of peristaltic pumps, has its acid and alkali resistance directly determining the pump’s service life and the safety of fluid transfer. This article will thoroughly examine the performance characteristics of peristaltic pump tubing in different acid and alkali environments, providing reference for engineers to select appropriate tubing materials. Overview of Peristaltic Pump Tubing Materials Peristaltic pump tubing is mainly categorized into… Read More »Research and Application of Peristaltic Pump Tubing Resistance to Different Acid and Alkali Environments

As precision fluid transfer devices, the type of drive motor in peristaltic pumps directly affects their performance and application scenarios. Based on motor types, peristaltic pumps can be primarily categorized into four main classes, each with distinct technical features and suitable applications. Stepper Motor-Driven Peristaltic Pumps Stepper motor-driven peristaltic pumps hold significant importance in precision control applications. These pumps utilize pulse signal control, capable of dividing each rotation into hundreds or thousands of microsteps, achieving extremely high angular resolution. Their most notable feature is excellent low-speed stability, maintaining flow accuracy… Read More »Analysis of Peristaltic Pump Classification by Motor Type and Their Characteristics

Peristaltic pumps, as precision fluid transfer devices, have their housing materials directly affecting equipment durability, hygiene, and environmental adaptability. This article provides a professional analysis of three common housing materials – PPS plastic, stainless steel, and aluminum alloy – offering selection references for medical, food, and industrial applications. 1.PPS (Polyphenylene Sulfide) Material Key Advantages: Chemical Stability: Resistant to acids, alkalis, organic solvents, and disinfectants (e.g., alcohol, hydrogen peroxide) High Temperature Resistance: Continuous operating temperature up to 200°C, suitable for sterilization environments Lightweight Design: Specific gravity of 1.35g/cm³, over 60% lighter… Read More »Analysis and Selection Guide for Peristaltic Pump Housing Materials