

The sine pump features a simple and compact construction with few components, embodying the principle that high-quality products maintain minimal complexity. Its impeller is uniquely shaped with sine wave curves, enabling the formation of cavities during rotation that facilitate the pushing or discharge of fluid products.
The impeller's sine wave shape creates four cavities per rotation as it passes through the lining space. These cavities are divided by a control panel into suction and discharge chambers, ensuring proper pressure differentials at the inlet and outlet. The control panel also serves to forcibly lubricate the pump bearing using the conveyed product.
Unlike traditional pumps that use rotors, planetary gears, or pistons, the sine pump employs specially manufactured vanes shaped like two sine curves. These vanes work in conjunction with a movable control panel and a fixed lining to form a unique volumetric pump design. This configuration enables ultra-low shear fluid handling and pulse-free delivery, even under back pressure conditions up to 10 bar, with no detectable pressure fluctuations.
The sine pump is an advanced volumetric pump designed for efficient, gentle, and stable transport of high-viscosity and delicate products. Its innovative sine wave vane design and control panel mechanism ensure minimal shear, no pulsation, and reliable lubrication, making it suitable for demanding industrial applications requiring precise flow control and product integrity.
正弦泵 SINE PUMP Function Principle 功能原理 Any exquisite product or good functional product has a simple structure---including few components….sine pump is not an exception. 任何精品或功能良好的产品均具有简约的构造--又包括少数组 件……正弦泵亦不例外。 The sine wave shape of impeller means a cavity can be formed at every rotation (4 cavities can be formed every passing the lining space). This operation can "push" or "release" flowing products. The pump cavity is divided into suction chamber and extraction chamber by control panel to ensure pressure tolerances at exit and entrance. Meanwhile, control panel plays another important role to lubricate the pump bearing by product in compulsion. 叶轮的正弦波造型意味着每次转动均可形成一个腔室(每次经 过衬套空间时可发生4次)。通过该运动,可“推动”或“排放” 流动产品。控制刮板将泵腔分为吸入腔室和排出腔室,保证进出 口的压差。同时,控制刮板也发挥着另一项重要作用,即通过产 品对泵轴套进行强制润滑。 正弦泵-效率卓越,是高粘度,超低剪切输送的有效选择 超低剪切输送即使含有大量固体物质和易碎产品,仍可安全无 V型进料型正弦泵 V type inlet sine pump High viscosity performance reaches the limit of flowing capability Can reach 4,000,000cps No pulse, stable feeding Flow cubage adjustment precisely, without interference and shock. Filling machine can supply a stable product dose evenlySine pump: Special two sine-curve-like vane is taken, instead of rotor, epicyclic gear or piston, and it runs with a movable panel and a fixed line, forming a special volume pump and realizing liquid super low shear, without pulse feeding, although in condition of 10bar back pressure (water feeding), there won't be any movement on pressure gauge. Sine pump----excellent efficiency, high viscosity Best selection of super low shear feeding Super low shear feeding Although with a great deal of solid particle and fragile product A safe and no damage feeding can be provided
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