SHR-10L/25L/50L Laboratory mixing machine for polymer plastic powder coating modifying

Laboratory plastic mixersr is a professional equipment whose main function is to mix different types of plastic raw materials or additives to improve or adjust the physical properties and processing properties of plastics. For example, when manufacturing automotive parts, plastic modifying mixers are used to mix reinforced plastics with base plastics to improve the strength and durability of the product. Widely used in plastic packaging industry, plastic products industry, plastic recycling industry, etc.

Laboratory plastic mixers usually consist of a frame, drive system, mixing barrel, transmission device, heating and cooling device, discharging device, etc. Among them, the mixing cylinder is a key component, and its interior is designed with a specific stirring and mixing structure to ensure that the plastic raw materials can be evenly mixed.

Laboratory plastic mixers are widely used in scientific research, teaching, product development and other fields. Its advantages are mainly reflected in the following aspects:
A1. High mixing efficiency: The laboratory mixer can quickly and effectively mix materials with different components evenly, improving the accuracy and reliability of experiments. Its efficient mixing capabilities help shorten experimental cycles and accelerate research processes.
A2. Easy to operate: This type of equipment is usually equipped with an intuitive operation interface and easy-to-control operation buttons. Users can easily adjust mixing parameters, such as speed, time and mixing method, according to experimental needs. At the same time, many laboratory mixers also have automation functions, further simplifying the operation process.
A3. Precise control: The laboratory mixer has a precise control system that can accurately control various parameters during the mixing process to ensure uniformity and stability of mixing. This is particularly important for experiments that require precise control of substance composition and proportions.
A4. Versatility: Laboratory mixers are usually able to adapt to the mixing of many different forms of substances, such as powders, granules, liquids, etc., and have high applicability. At the same time, some advanced laboratory mixers also have a variety of mixing methods, such as rotation, vibration, swing, etc., to meet the needs of different experiments.
A5. Safe and reliable: Laboratory mixers are usually designed with operational safety and environmental safety in mind, such as overload protection, over-temperature protection and other safety measures, as well as a well-sealed design to prevent dust leakage. These measures ensure the safety and reliability of the experimental process.
A6. High durability: Laboratory mixers are usually designed with durable materials and structures that can withstand frequent use and long-term operation.

Technical datas:

Type Volume (L) Effective

Volume (L)

Mixing time

(min/batch)

Rotate speed

(r/min)

Motor

(Kw)

Capacity

(kg/hour)

SHR-5A 5 3 6-8 1500 1.1 10
SHR-10A 10 7 6-8 1500 3 20
SHR-25A 25 20 6-8 1500 5.5 50
SHR-50A 50 35 6-10 750/1500 7/11 100
SHR-100A 100 75 6-10 650/1300 14/22 200
SHR-200A 200 150 6-10 475/950 30/42 400
SHR-300A 300 225 6-10 430/860 40/55 500
SHR-500A 500 375 8-12 330/660 55/75 800
SHR-800A 800 520 8-12 395/790 83/110 1400
SHR-1000A 1000 650 8-14 330/660 90/132 1600
SHR-1300A 1300 850 8-14 330/660 132/200 2100

 

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