The following we will introduce you in detail:
Classification purposes
1, Direct stamping pump
Energy-efficient As the most advanced hydraulic model design, more scientific and reasonable, and more smooth flow channel, the year-on-year efficiency of 8% higher than 20% lower energy consumption, quality and cheap As the pump consumables province, Save about 75%, the cost is quite comparable with cast iron pump, but the quality is better than stainless steel pump.
2, vertical multi-stage pump
Floor water supply and booster
Industrial circulation system and industrial water supply booster system
Boiler feed water and condensate system
Family water supply
Environmental water treatment and reverse osmosis systems
Agricultural irrigation and dehydration
Industrial plant cleaning and cleaning work
(Other) Many specialized uses
3, shaft stamping
The pump can be widely used in petrochemical, oil, food, beverage, medical and health, electric power, textile, printing and dyeing, water treatment, environmental protection, building water supply, boiler feed water and other industries, conveying temperature does not exceed 180 ℃ water quality. Press working conditions: hot and cold clean, non-flammable and does not contain solid particles or fibers of the liquid
4, working conditions
Liquid temperature: -15 ° C to + 120 ° C
Ambient temperature: up to +40 ° C Minimum inlet pressure: 0.5 m head according to NPSH curve + minimum safety lift.
Applications Common type Suitable for liquid transport, hot and cold water, water softening cycle and booster. Stainless steel also applies to slightly alkaline water, mineral water, distilled water, swimming pool water and other chloride-containing liquids, but the liquid temperature needs to be reduced.
High Precision Mould Manufacturing Suitable for Precision Injection Molding,Process:
1. Material preparation: different mold materials required for different products are also different, according to the characteristics of the product to choose the right mold material.
2. Roughing: After selecting the material, the milling machine is used to perform preliminary processing on the plane and side surfaces.
3. Fine processing: It is necessary to use a grinder to machine the plane and square corners.
4. Dashing: Place the mold plate that has been ground and has been machined to a right angle after being finely processed and placed on the scribe table. Make a drawing according to the mold, scribing with a ruled height ruler, and finally make a dotted line on the mold plate. Drilling, tapping.
5. Heat treatment: heat treatment of the next template and module to improve the hardness of the plate after high temperature quenching, tempering, quenching, annealing, in the further finishing, the plate grinding plane and playing right angles, and then wire cutting.
6. Assemble the trial mold: select the mold frame or supporting guide column and guide sleeve to complete the mold assembly, and install the assembled mold on the press machine to debug stamping, and finally measure the outrush to confirm whether it meets the requirements of the product. The entire stamping process.
High-precision is a high technology in the field of stamping. When all kinds of electromechanical and home appliance manufacturing companies, such as their products reach the moderate economic production scale for mass production, the fine application of fine scouring technology can achieve good technical and occupational safety. High-speed precision stamping technology involves many fields such as machinery, electronics, materials, optics, computers, precision detection, information networks, and management technologies. It is a multidisciplinary system engineering.
NOTE: All products are photographed in factories
just use as technology sample
High Precision Mould Manufacturing
High Precision Mould Manufacturing,Plastic Injection Moulding,Precision Injection Molding,Precision Mold Parts
Ruizhun Precision Metal Co., Ltd. , https://www.rzjmdiecasting.com
没有评论:
发表评论