Product Description:
Our high-speed film blowing machine is purpose-built for the
production of diverse film types, including HDPE, LDPE,
water-soluble plastics, and recycled materials. Equipped with an
integrated edge-folding mechanism, it excels in the manufacturing
of vest bags and parallel bags, adding versatility to your
production capabilities. The machine's compact design,
user-friendly operation, and minimal space requirements make it the
ultimate choice for plastic film production in both roll and sheet
formats.
Technical Parameters:
| Model | SL-65-1000 | SL-80-1500 |
|---|
| Screw diameter | 65mm | 80mm |
| Screw length proportion | 30: 1 |
| Screw material | 38CrMoAl, surface with Nitride, with special mixed segment having
great effect, big capacity |
| Film blowing mould | HDPE ,LDPE, LLDPE,
HDPE ,LDPE, LLDPE biodegradable and reproducible mat |
| Blowing material | LDPE, HDPE, LLDPE and reproducible material |
| Blowing film witch | 600~1000mm | 1000-1500mm |
| Film thickness | LDPE: 0.015mm~0.15mm HDPE: 0.01mm~0.1mm |
| Production capacity | 30~70kg/h | 30~90kg/h |
| Total power | 50kw | 76kw |
| Total weight | 4600kg | 5600kg |
Overall size(L× W× H) | 6800× 2900× 5600mm | 7100*3200*7200mm |
Option parts:
| No. | Option parts |
| 1 | Auto loader |
| 2 | gram control system |
| 3 | Rotary die |
| 4 | Auto film width controller |
| 5 | Air compressor |
| 6 | Auto voltage regulator |
| 7 | Manual high speed filter changer |
| 8 | Corona treatment |
| 9 | Double rewind |
Applications:
High-speed film blowing machines find widespread applications in
various industries, including:
Plastic Packaging: High-speed film blowing machines are used to produce a variety of
plastic packaging materials, including food packaging films,
shopping bags, garbage bags, and agricultural mulch films.
Industrial Use: These machines can manufacture protective materials for industrial
purposes, such as protective films, packaging materials, and
covers.
Agriculture: High-speed film blowing machines produce materials for
agricultural applications, such as mulch films, greenhouse films,
and shade nets, contributing to increased crop yield and quality.
Medical Use: Materials for the medical industry, such as medical bags and
surgical room coverings, are also commonly manufactured using
high-speed film blowing machines.
Construction Engineering: These machines are used to produce waterproofing materials,
isolation films, and underground pipeline packaging for the
construction and engineering sectors.
Chemical Industry: They manufacture packaging films, barrier films, and containers
for various chemical products.
Food Processing: In the food processing industry, high-speed film blowing machines
are employed to create food packaging films, utensils, and bagged
food packaging.
Support and Services:
High-Speed Blown Film Machine Technical Support and Service
Our technical support and service for this High-Speed Blown Film Machine.
Our engineers and technicians are available to answer your
questions and help you troubleshoot any issue you may have.
We also offer a range of on-site services such as installation,
maintenance, and repair of the machine.
We are committed to providing you with the highest level of
customer service and satisfaction.
Packing and Shipping:
Packaging and Shipping for High-Speed Blown Film Machine
High-Speed Blown Film Machine will be carefully wrapped with plastic film and shipped to the
customer's specified port.
Company Show:
FAQ:
1. What is a high-speed film blowing machine?
A high-speed film blowing machine is a specialized piece of
equipment used for manufacturing plastic films. It extrudes,
inflates, and cools plastic resins to produce thin films used in
various industries.
2. What types of materials can be processed with high-speed film
blowing machines?
High-speed film blowing machines can process a wide range of
materials, including HDPE (High-Density Polyethylene), LDPE
(Low-Density Polyethylene), LLDPE (Linear Low-Density
Polyethylene), and other plastics. They are also suitable for
recyclable plastics and biodegradable materials.
3. What are the key applications of high-speed film blowing
machines?
These machines are primarily used for manufacturing plastic films
for applications such as packaging (food packaging, shopping bags,
garbage bags), agricultural films (mulch films, greenhouse films),
industrial protective films, medical packaging, and more.
4. What are the advantages of using a high-speed film blowing
machine?
The advantages include efficient production, precise control over
film thickness, reduced material waste, versatility in producing
various film types, and the ability to meet the demands of
different industries.
5. Can high-speed film blowing machines accommodate different film
thicknesses and sizes?
Yes, these machines are designed to accommodate various film
thicknesses, and adjustments can be made to produce films of
different sizes and dimensions to meet specific requirements.
6. Are high-speed film blowing machines user-friendly and easy to
operate?
Yes, modern high-speed film blowing machines come with
user-friendly interfaces and controls, making them relatively easy
to operate. However, operator training is recommended for optimal
performance and safety.
7. What considerations should I keep in mind when choosing a
high-speed film blowing machine for my business?
Consider factors such as production capacity, material
compatibility, film specifications, energy efficiency, and
maintenance requirements when selecting a machine that aligns with
your production needs.
8. Do high-speed film blowing machines contribute to sustainable
production practices?
Yes, these machines can contribute to sustainability by reducing
material waste, optimizing resource utilization, and producing
recyclable and biodegradable films, aligning with environmentally
responsible manufacturing practices.
9. How can I ensure the longevity and performance of my high-speed
film blowing machine?
Regular maintenance and servicing are essential to prolong the
machine's life and maintain consistent performance. Following
manufacturer guidelines and conducting routine inspections can help
achieve this.
