第一个方面是泵结构形式，作为一个输送化学介质的磁力泵产品，在产品设计时，首先应该考虑的是泵的可靠性、安全性、使用寿命等主要要素。这些主要要素，涉及着一台泵能否保持长时间运行不维修和少维修，以及给使用者带来的消耗费用、配件费用与看不到摸不着的环境、安全问题。因此，需要设计制造出一种磁力泵，能在不同的温度、承压、承载条件下，保证各部件尺寸的稳定，从而实现泵长期运转无故障，这是一个产品设计者应有的思路和理念。不该采用降低制品重量与制品品质，实现降低产品成本，把低成本，低价位的磁力泵，交付给使用者使用。 The first aspect is the pump structure, the transmission of chemical media as a magnetic pump products, in product design, should consider above all is the security and reliability of pump, the main factors such as service life. These main factors, involving a pump can keep long running less maintenance and repair, and brings to the users of the consumption cost, spare parts cost and can't see the scratching their environment, and security issues. Therefore, we need to design and manufacture a kind of magnetic pump, can in different temperature, pressure, loading conditions, guarantee the stability of parts size, so as to realize pump trouble-free operation for a long time, this is a product designers should have the thought and idea. Should not adopt reducing the product weight and product quality, realize the reduction of product cost, low cost, low price magnetic pump, delivered to the user. 　　第二个方面是泵摩擦件的配置，作为磁力泵产品来说，泵的易损件主要是经常在液体中旋转摩擦的部件，滑动轴承、止推轴承、轴套。这些部件耐磨性的好坏，会直接影响着泵的使用寿命以及使用者更换部件的费用。国际上著名磁力泵生产企业，不管金属还是塑料磁力泵，滑动轴承、止推轴承、轴套均采用耐腐蚀、耐磨性优良的碳化硅材质。但是，碳化硅弯曲强度只有451Mpa,材料比较脆，抗冲击性较差。因此，在腐蚀性条件许可的情况下，可以选择弯曲强度达1471 Mpa,高出碳化硅三倍多的抗冲击好的碳化钨材质。碳化钨对比碳化硅具有韧性好，抗冲击性好等优点。如遇泵干磨，不像碳化硅材质那样会碎掉，造成内磁钢与隔离套等部件的碰擦，导致泵的损坏。磁力泵易损件采用碳化硅、碳化钨材质的是最高配置的，可以使泵能长时间运转不维修。使用寿命要比配置四氟石墨、石墨、氧化铝、氮化硅等材质的长得多。可以减少由于易损件不耐磨、强度差等因素，造成使用者在短时间内经常更换易损件与其他部件的费用，以及环境、安全等费用。 The second aspect is the configuration of the pump friction parts. As a magnetic pump product, the vulnerable parts of the pump are mainly components that often rotate the friction in the liquid, sliding bearing, thrust bearing and axle sleeve. The wear resistance of these parts will directly affect the service life of the pump and the cost of replacement parts. Internationally famous magnetic pump production enterprises, whether the metal or plastic magnetic pump, sliding bearing, thrust bearing, shaft sleeve adopt corrosion resistant, good abrasion quality silicon carbide material. However, the bending strength of silicon carbide is only 451Mpa, which is relatively brittle and has poor impact resistance. Therefore, under the condition of corrosive conditions, the bending strength of 1471 Mpa can be selected, and the anti-impact good tungsten carbide material is more than three times higher than silicon carbide. Compared with silicon carbide, tungsten carbide has the advantages of good toughness and good impact resistance. If the pump is dry, unlike the silicon carbide material, it will be broken, causing the friction of the inner magnetic steel and the insulating sleeve, causing the pump to be damaged. The magnetic pump vulnerable parts are made of silicon carbide and tungsten carbide, which can make the pump run unrepaired for a long time. The service life is much longer than the four fluorocarbon graphite, graphite, alumina, silicon nitride and other materials. Can reduce the factors such as non-wear-resisting and intensity of vulnerable parts, causing users to frequently change the cost of the vulnerable parts and other parts in a short time, as well as the environment, safety and other expenses.