Resin pumps, as key equipment for transporting resin-based media in the industrial field, their technical characteristics are crucial to the production efficiency and quality of numerous industries.
| Working Principle
Resin pumps mainly adopt two working principles: internal meshing and screw. It closely fits the pitch circles of the internal and external gears and uses a "crescent plate" to separate the suction and discharge areas. When the gears rotate, the gears on the suction side disengage, and the volume increases to form a low pressure, and the resin is sucked in under the action of atmospheric pressure. On the discharge side, the gears mesh, the volume decreases, and the resin is extruded out. This unique design effectively avoids the phenomenon of trapped liquid, ensures smooth operation, and can meet the transportation needs of various resins. In terms of screw pumps, they rely on the mutual meshing and rotation of the screws to form a spiral cavity, pushing the resin to move axially.
| Product Features
Bonve's resin pumps have a compact structure and occupy a small space. Even in production workshops with narrow spaces and complex working conditions, they can be easily installed. Their flow output capacity is excellent, and they can calmly handle production scenarios with extremely high resin demand, such as the manufacturing of glass fiber reinforced plastic (FRP) sand pipes. In terms of optimized design, Bonve has reduced the noise during the pump's operation through advanced technical means, which not only creates a good working environment for workers but also reduces equipment wear and maintenance costs. The key components are made of wear-resistant materials, which can withstand the high-viscosity friction and chemical corrosion of the resin, greatly extending the service life and reducing the cost increase and production stagnation caused by frequent equipment replacement.
| Application Scope
Resin pumps are specifically designed for resin transportation. With their unique structure and working principle, they can efficiently and stably transport natural resins and synthetic resins. Facing resins with different viscosity characteristics, Bonve's resin pumps can achieve precise flow control by adjusting parameters such as pressure and rotation speed, ensuring a smooth and stable transportation process without fluctuations. For low-viscosity resins, they can be transported quickly and efficiently; for high-viscosity resins, their powerful power system and optimized internal structure can effectively overcome the resistance.
| Selection Points
When selecting a resin pump, it is necessary to determine the displacement according to the actual production requirements. For example, the displacement requirements of small production enterprises are significantly different from those of large industrial factories. At the same time, comprehensively consider the length and height of the transportation pipeline as well as the viscosity of the resin, and reasonably select the pressure ratio to ensure that the resin can reach the destination smoothly. If the resin and curing agent mixing process is involved, pay attention to the adjustment range of the ratio between the two to ensure the mixing effect. Select the appropriate material according to the chemical properties of the resin. For corrosive resins, it is advisable to use a stainless steel pump body. Bonve provides a variety of material options to meet different needs. For high-viscosity resins, a pump type with a thermal insulation jacket can be selected. For example, some products of Bonve can ensure that the resin maintains good fluidity during the transportation process without affecting the production progress and product quality.
