Product Characteristics
·The design and manufacturing of this model comply with GMP certification requirements.
·The forced advection or convection design allows clean hot air to be fully heated in contact with the material, improving drying efficiency and shortening drying time. The drying rate is 2–5 times that of a regular oven.
·The circulation system is equipped with complete filtration protection to completely avoid potential cross-contamination hazards.
·The system can intelligently control humidity, reasonably remove humidity, and set drying programs for different materials, achieving ease of operation.
·During the entire drying process, there is no need to flip the material, reducing the labor intensity of the operation and avoiding dust flying during the material preparation process.
·This model is designed with no dead corners and is easy to clean. Heating source: hot water, low-temperature steam, electricity, etc
·The dynamic and static split design effectively ensures the safety of the drying process.
·The optimized control system and structure make the internal temperature
difference smaller, ensuring control at±2.
Difference from ordinary hot air circulation drying oven
(1) More stable temperature uniformity performance
(2) The inner cavity is easier to clean, saving labor costs
(3) Changing varieties is simple and convenient, and it is not easy to cross-contaminate
(4) Easier maintenance and repair, avoiding tedious and complex processes
Parameter Table
| Model | CT-C-IIW |
| Batch Loading Capacity (kg) | 200-240 |
| Power of Blower (KW) | 6 |
| Number of Drying Cars (Vehicles) | 4 |
| Number of Baking Plates (PCS) | 96 |
| Main Engine Appearance (mm) | 2260*2100*1920 |
| Auxiliary Appearance (mm) | 2200*1500*1750 |
| No-Load Uniformity (P) | ±2 |
Public system support
| No. | Contents | Parameter Descriptions |
| 1 | Single-phase voltage power supply | 220±10% V, 50 Hz |
| 2 | Three-phase voltage power supply | 380±10% V, 50 Hz |
| 3 | Softened water | 0.15 MPa ~0.3 MPa |
| 4 | Compressed air | 0.4 MPa ~0.7 MPa |
| 5 | Steam | 0.2 MPa ~0.4 MPa |
Performance Parameter
| No. | Contents | Parameter Descriptions |
| 1 | Main design service life | 10 years (20000 drying cycles) |
| 2 | Design temperature | ≤ 150 ℃ |
| 3 | Drying temperature | Room temperature~120 ℃ |
| 4 | Temperature uniformity | ≤ ± 2 °C (no-load) |
| 5 | Surface temperature | The external surface temperature shall not exceed the ambient temperature of +25 °C. |
Main Body of the Equipment
| No. | Contents | Parameter Descriptions |
| 1 | Manufacturing Standards | GB, ASME in the United States, JIS in Japan, PED in Europe, AS in Australia, and other options are available |
| 2 | CAD Aided Design | Good structural design originates from good design methods. The use of the finite element analysis method in the design process not only improves the mechanical strength of the dryer, but also prolongs its service life, guides equipment production, and makes use more user-friendly. |
| 3 | Structure | Horizontal drying chamber, rectangular cross-section, circular reinforced rib structure. The unique combination of inner shell and section steel enhances the strength and stiffness of the main body. |
| 4 | Plate Cutting | Laser cutting and cutting, large edge planer to plane various welding surfaces, minimizing welding deformation and stress. |
| 5 | Main Body Welding | The inner shell welding seam is welded using an argon arc welding machine, ensuring the welding quality of the main body. The main body without welding defects can ensure long-term use under the most demanding working conditions, thereby effectively ensuring capital investment. |
| 6 | Internal Surface Treatment | The surface of the inner chamber has been polished to achieve a final roughness Ra of less than 0.4 μm. |
| 7 | Materials | The inner chamber is made of stainless steel, while the outer sealing plate and door stop strip are made of 304 stainless steel |
