About this product
| 1. 220V, 60Hz, 3Ph Tube Centrifuge |
| 2. Tubular Centrifuge Bowl Dia.: 4.1 in (105 mm) |
| 3. The tubular centrifuge with a rotation speed of 18400r/min (up to 19000r/min, ±100) can separate the particles of liquid materials over 30 nanometers, and the output is more than 25% higher than that of the peers |
| 4. The tubular bowl centrifuge adopts 2205 dual-phase steel, which has better mechanical properties and corrosion resistance than 304 or 316L, and the drum is not easily deformed, which makes the equipment run more stably and reduces the cost of equipment use |
| 5. Traditional bowls are heat-treated only once and can only serve a single purpose. Our bowls are heat treated 3 times to increase the bowl's strength, corrosion resistance and stress failure |
Rotational Speeds that Provide Excellent Separation
The rotational speed of a centrifuge is directly related to the separation effect and output of the centrifuge, and the same is true for tubular centrifuges. Under the same conditions, the higher the rotational speed is, the better the separation effect and the greater the output. Our GQ105 tubular centrifuge factory speed 18400r/min (up to 19000r/min, ±100), other manufacturers of the same type of machine is 16000-16300r/min, our company this type of tubular centrifuge can be separated from liquid materials in more than 30 nanometers of particles, other manufacturers of the same type of machine can be separated from more than 300 nanometers of particles. The output is more than 25% higher.
More Superior 2205 Duplex Steel Material
The drum of traditional tubular centrifuge is made of 304 stainless steel, or 316L stainless steel, which is better. The tubular centrifuge uses 2205 duplex steel, the mechanical properties and corrosion resistance of this material are better than 304 or 316L, the drum is not easy to deformation, so that the operation of the equipment is more stable, reducing the cost of using equipment.
Optimized to Provide Better Stability
The tubular centrifuge produced by our company has optimized the structure of the traditional high-speed transmission part, the structure of the inlet bearing seat part and the heat treatment process of the bowl, in addition to the reasonable optimization of the material of certain wearable parts.
Upgraded High-speed Transmission Part
The traditional high-speed transmission part has a complex structure, many parts, and many wearing parts. Many parts lead to a large cumulative tolerance of the assembly, resulting in large vibration, noise, unstable operation when the equipment is working, affecting the service life. Many wearing parts lead to the increase of the cost of using the equipment. Our high-speed transmission part simplifies the traditional structure, which increases the processing difficulty but reduces the cumulative tolerance of assembly, makes the equipment operate with low vibration, low noise, smooth operation, increases the service life and reduces the cost of use.
New Inlet Bearing Seat Dampens All Points
The design structure of the inlet bearing seat part is a damping structure, and the traditional structure can not play a damping role at all points on the circumference, which increases the instability and failure rate of the equipment operation. After our company changed the structure of the inlet bearing seat, not only can all points on the circumference play a damping role, but also make the original single damping structure into a double damping structure, which enhances the stability of equipment operation, prolongs the service life of wearing parts, and reduces the failure rate.
3 Times Bowl Heat Treatment Process
Traditional bowls are only heat treated once, either to increase bowl strength or to increase corrosion resistance (only increasing corrosion resistance treatment does not meet the requirements of industry manufacturing standards), which can only have a single effect. Our bowls are heat-treated three times to increase bowl strength, increase corrosion resistance and stress failure. The change in material of certain wearing parts extends the service life of the wearing parts, thus reducing the cost of use for users.
New Product Features
Due to the above-mentioned technological breakthroughs, the maximum speed of the large-scale production tubular separator produced by our company can reach 19,000 rpm, and the operation is stable, which not only improves the output, but also improves the separation effect.
| GQ105 | |
| Type | Clarification |
| Main Material | 2205 Duplex Steel Material, 304 Stainless Steel |
| Start Method | Full Voltage Start |
| Motor | 220V, 60HZ, 3Ph |
| Power | 4HP (3 kW) |
| Amperage | 10.21 A |
| Bowl Dia. | 4.1 in (105 mm) |
| Effective Bowl Height | 28.7 in (730 mm) |
| Bowl Speed | 18400(±100) r/min |
| Bowl Capacity Nominal | 1.6gal (6 L) |
| G–force/Separation Factor | 19900 |
| Feed Nozzle Dia. | 4, 6, 8 mm |
| Inlet Pressure | >7.3Psi (0.05 Mpa) |
| Through Output | 423 gal/h (1600 L/hr) |
| Net Weight | 992lbs (450 kg) |