JS1000 twin-shaft concrete mixer product introduction and advantages, which manufacturer is better?

JS1000 forced concrete mixer, also known as 1-square mixer, is a twin-shaft forced mixer series with a theoretical productivity of 60m3/h per hour. It is mostly used in HZS50 and HZS60 mixing plants as the mixing host. JS1000 forced mixer can be used alone, or it can be combined with different types of PLD series batching machines to form a simple concrete mixing plant, which can be used for mixing dry hard, plastic lightweight aggregate concrete and various mortars and mortars. It is suitable for various construction projects and small and medium-sized prefabricated component factories.

JS1000 double-horizontal shaft forced concrete mixer is composed of feeding, mixing, unloading, water supply, electrical, cover, chassis, outrigger gear and other parts. JS1000 concrete mixer is a spatially intermittent spiral belt structure formed by mixing blades on two mixing shafts. It produces a three-dimensional mixing effect along the radial and axial directions. It can form a comprehensive effect of pushing, rubbing, and squeezing the material to achieve a short time and low energy Consumption completes high homogeneity mixing effect. It is suitable for mixing plastic, dry hard, lightweight aggregate concrete and various mortars and mortars.

JS1000 compulsory mixer is a medium-sized mixer equipment with reasonable price, high efficiency and low energy consumption. The mixing blade of the JS1000 concrete mixer is more than twice that of the ordinary twin-shaft mixer. The outer ring spiral belt pushes the material to form a boiling state in the barrel, and the inner ring shovel blade performs radial shear. The two are combined in a short time. Realize violent and full mixing of materials.

The blades of the JS1000 concrete mixer are made of high-chromium alloy wear-resistant cast iron, coupled with a perfect mixing device to improve the material flow, reduce the friction and impact of sand and gravel on the blades, and the service life can exceed 60,000 cans.

What is the actual output of JS1000 forced concrete mixer?

The actual output of the JS1000 forced mixer: the discharge volume of the mixer does not represent the final discharge volume.

The weighing of powder, water, and aggregate of JS1000 concrete mixer is based on the proportion of the formula. How to make full use of the effective volume of the JS1000 forced mixer is a problem. In many cases, the final discharge method cannot be fully guaranteed. the amount. Because the feed volume of the JS1000 forced mixer is limited, and the amount of water and additives must be considered, it may not actually meet the production requirements.

Generally speaking, the JS1000 forced mixer is used in the concrete mixing plant, and the concrete mixing plant has a production cycle. From the batching of the aggregate to the final discharging process, the total length of time is the mixing cycle of the concrete mixing station, or called the discharging cycle. When the JS1000 compulsory mixer is equipped with a 60 mixing station, theoretically a cycle is 60s, and in a 50 mixing station, the cycle is 72s. But in practice, there are more issues to consider than ideal conditions. The most difficult thing to coordinate is the dispatch of the mixer truck. Even experienced dispatchers cannot guarantee the smoothness of receiving materials, which will greatly affect the mixing cycle.

The actual output of the JS1000 forced mixer is actually not much smaller than its theoretical output. The specifics still depend on the usage. For more information, please contact KAMO Machinery.

Which manufacturer is better for JS1000 concrete mixer?

KAMO Machinery JS1000 concrete mixer has been tested and identified by the National Construction and Urban Construction Machinery Quality Supervision and Inspection Center: for ordinary concrete, the mixing time can reach a homogeneous state in only 20 seconds, which is more than 20% higher than the actual efficiency of ordinary mixers; for high-performance concrete, The mixing time is only 35 seconds, which is more than 50% higher than the actual efficiency of ordinary mixers.

KAMO Machinery adopts a large space and low volume utilization design at the cost, and the spacious space makes mixing easier; the outer spiral blades continuously push the material to form a high-speed circulation, with small impact load and low energy consumption; after strict comparison tests, JS1000 concrete Compared with the traditional mixer, the mixer can save energy by more than 15%.

Six product advantages of JS1000 concrete mixer

01

"High stability" mixing system

Low energy consumption and low noise;

Fully automatic control, lining board adopts trapezoidal design;

The blade is made of high wear-resistant alloy wear-resistant cast iron to avoid the problem of mixing powder sticking to the shaft;

The stirring speed is fast and uniform;

02

Reducer

Can install planetary gear reducer or cycloid gear reducer;

Planetary gear: transmitted by belt to avoid damage to other parts;

Cycloid gear: Through the transmission of the impact force of the gear, powerful power can be generated to drive the machine;

03

electrical system

The motor control part is in the electric box;

Low power consumption and strong power;

Safe and reliable, convenient operation and maintenance;

04

Flexible feeding method

It can be loaded with hopper or belt conveyor, which is flexible in configuration, saves costs, and meets the needs of different customers;

05

Unloading system

Fully automatic control, hydraulic system drive; It can realize different unloading speeds; Compared with the pneumatic form of transmission, it has a compact structure; It has the characteristics of smooth movement and accurate door opening positioning; It can open the door manually;

06

water supply system

The water supply system is composed of a motor, a water pump, a throttle valve, a cleaning device, a water spray pipe, etc.;

The water pump is sent to the spray pipe through the throttle valve;

The throttle valve can adjust the flow of water.