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ECI-750
ECI
Model | ECI-750/1000 |
Sheet material | PP,PET,PS,PVC,HIPS,ABS |
Sheet thickness | 0.3-2.0mm |
Sheet Width | 500-720mm |
Max.extrusion | 150-180mm |
Total power | 150Kw |
Main motor | 55KW |
Voltage | 380V 50 HZ/3p 4Line |
Weight | 6T |
Dimension | L11*W1.5*H2.3 |
Screw diameter | Φ110mm |
Screw-length-to diameter ratio | 33:1 |
Maximun spee of screw | 80Rpm |
Heating power | 10Kw |
Die width | 800mm |
Maximun extrusion width | 720mm |
Upper pressure roller | Φ350*850mm |
Lower pressure roller | Φ350*850mm |
Cooling roller | Φ350*850mm |
motor power | 4KW |
Rubber roller | Φ180*800mm |
light roller | Φ180*800mm |
Traction motor power | 3KW |
Model | ECI-750/1000 |
Sheet material | PP,PET,PS,PVC,HIPS,ABS |
Sheet thickness | 0.3-2.0mm |
Sheet Width | 500-720mm |
Max.extrusion | 150-180mm |
Total power | 150Kw |
Main motor | 55KW |
Voltage | 380V 50 HZ/3p 4Line |
Weight | 6T |
Dimension | L11*W1.5*H2.3 |
Screw diameter | Φ110mm |
Screw-length-to diameter ratio | 33:1 |
Maximun spee of screw | 80Rpm |
Heating power | 10Kw |
Die width | 800mm |
Maximun extrusion width | 720mm |
Upper pressure roller | Φ350*850mm |
Lower pressure roller | Φ350*850mm |
Cooling roller | Φ350*850mm |
motor power | 4KW |
Rubber roller | Φ180*800mm |
light roller | Φ180*800mm |
Traction motor power | 3KW |
Structural layout points of ECI-750 sheet extruder:
1. The mould go with the flow channel shape adopts hanger design, the fabric glide is uniform, and the mould lip hole is adjusted via pulling mode, which is handy to manipulate the measurement and form of the product. Built-in heating rod to make certain the molding impact of plastic materials.
2. The mould is cast from magnificent medium carbon metal with excessive energy and excessive hardness. The floor of the runner is plated with difficult chromium, which improves the put on resistance and corrosion resistance of the mold, and is additionally conducive to the easy go with the flow of plastic materials. The width of the mould can be adjusted to meet the molding wishes of distinct products.
3. Screw and barrel are nitrided, 38CrMoAl fabric is used to extend the existence of the machine. The floor of the curler is chrome plated to make sure the floor best and thickness uniformity of the sheet, and corrosion resistance, and the carrier time is extended.
4. The most important motor adopts frequency conversion manage to make sure the frequent impact of the lengthy diameter screw and the excellent of the primary sheet. The variable frequency motor starts offevolved smoothly, has little have an impact on on the energy grid, and has a longer working lifestyles of the equipment。
Structural layout points of ECI-750 sheet extruder:
1. The mould go with the flow channel shape adopts hanger design, the fabric glide is uniform, and the mould lip hole is adjusted via pulling mode, which is handy to manipulate the measurement and form of the product. Built-in heating rod to make certain the molding impact of plastic materials.
2. The mould is cast from magnificent medium carbon metal with excessive energy and excessive hardness. The floor of the runner is plated with difficult chromium, which improves the put on resistance and corrosion resistance of the mold, and is additionally conducive to the easy go with the flow of plastic materials. The width of the mould can be adjusted to meet the molding wishes of distinct products.
3. Screw and barrel are nitrided, 38CrMoAl fabric is used to extend the existence of the machine. The floor of the curler is chrome plated to make sure the floor best and thickness uniformity of the sheet, and corrosion resistance, and the carrier time is extended.
4. The most important motor adopts frequency conversion manage to make sure the frequent impact of the lengthy diameter screw and the excellent of the primary sheet. The variable frequency motor starts offevolved smoothly, has little have an impact on on the energy grid, and has a longer working lifestyles of the equipment。
1. Packaging industry: Single-layer sheet can be used to produce a variety of plastic packaging films, such as meals packaging film, grasp film, purchasing bag film, etc.
2. Printing industry: Single-layer sheet can be used as a printing substrate for printing a variety of trademarks, advertisements, signs, etc.
3. Construction industry: Single-layer sheet can be used to produce a range of constructing membrane materials, such as water-resistant film, warmth insulation film, etc.
4. Medical industry: Single-layer sheets can be used to produce clinical packaging films, clinical dressings and different clinical machine materials.
5. Agricultural industry: Single-layer sheets can be used to produce agricultural film, greenhouse movie and different agricultural movie materials.
6. Industrial products: Single-layer sheets can be used to produce quite a number plastic industrial products, such as plastic bags, plastic gaskets, etc.
1. Packaging industry: Single-layer sheet can be used to produce a variety of plastic packaging films, such as meals packaging film, grasp film, purchasing bag film, etc.
2. Printing industry: Single-layer sheet can be used as a printing substrate for printing a variety of trademarks, advertisements, signs, etc.
3. Construction industry: Single-layer sheet can be used to produce a range of constructing membrane materials, such as water-resistant film, warmth insulation film, etc.
4. Medical industry: Single-layer sheets can be used to produce clinical packaging films, clinical dressings and different clinical machine materials.
5. Agricultural industry: Single-layer sheets can be used to produce agricultural film, greenhouse movie and different agricultural movie materials.
6. Industrial products: Single-layer sheets can be used to produce quite a number plastic industrial products, such as plastic bags, plastic gaskets, etc.
It ought to be stated that the operation of plastic sheet extrusion gear requires expert education to make sure that the operator can grasp the operation technological know-how and protection specs of the equipment. In addition, everyday preservation and protection of equipment ought to be carried out,
The operation steps of the computing device are as follows:
1. Check whether or not all protection units and factors are ordinary and intact, and affirm the working fame of electricity supply, cooling water and different equipment.
2. Start the gear and preheat the extruder and die head.
3. According to the manufacturing needs, modify the extruder speed, temperature, strain and different parameters
4. Adjust the opening measurement of the die head and the velocity of the cooling curler in accordance to the favored sheet thickness and width.
5. Waiting for the product to be generated, the operator desires to screen the manufacturing system to make certain the excellent and manufacturing effectivity of the sheet.
6. Regularly extract sheet samples for exceptional inspection to make sure that the thickness, width and easy floor of the sheet meet the requirements.
7. After the cease of production, shut down the equipment, easy the extruder and die head of the equipment, cooling rolls, etc.
It ought to be stated that the operation of plastic sheet extrusion gear requires expert education to make sure that the operator can grasp the operation technological know-how and protection specs of the equipment. In addition, everyday preservation and protection of equipment ought to be carried out,
The operation steps of the computing device are as follows:
1. Check whether or not all protection units and factors are ordinary and intact, and affirm the working fame of electricity supply, cooling water and different equipment.
2. Start the gear and preheat the extruder and die head.
3. According to the manufacturing needs, modify the extruder speed, temperature, strain and different parameters
4. Adjust the opening measurement of the die head and the velocity of the cooling curler in accordance to the favored sheet thickness and width.
5. Waiting for the product to be generated, the operator desires to screen the manufacturing system to make certain the excellent and manufacturing effectivity of the sheet.
6. Regularly extract sheet samples for exceptional inspection to make sure that the thickness, width and easy floor of the sheet meet the requirements.
7. After the cease of production, shut down the equipment, easy the extruder and die head of the equipment, cooling rolls, etc.