Product Description:
An extrusion blow molding machine is a type of equipment used in
the manufacturing process of hollow plastic objects. It begins by
melting plastic resins, which are typically materials such as
high-density polyethylene (HDPE), low-density polyethylene (LDPE),
polypropylene (PP), or polyvinyl chloride (PVC).
Once the plastic resin is melted, the machine extrudes it into a
hollow tube known as a parison. This parison serves as the starting
form that will be shaped inside the mold.
The machine then closes a mold around the parison, creating a
cavity that defines the shape of the final product. Following this,
air is blown into the parison, causing it to expand and take the
shape of the mold.
After the plastic has cooled and solidified within the mold, the
machine ejects the finished hollow item, completing the process.
Features:
Key Features
This equipment is designed to accommodate a broad range of hollow
products, whether large, medium, or small in size. Its versatility
makes it ideal for various manufacturing needs.
It supports processing a diverse array of plastic materials,
ensuring flexibility in production and the ability to meet
different market demands.
One of its notable capabilities is the production of thick-wall
containers, providing strength and durability for demanding
applications.
The system allows for both single-layer and multi-layer
manufacturing processes, supporting up to six layers or more to
meet complex product specifications.
Built with high durability, the machinery ensures stable and
continuous operation, enhancing productivity and reducing downtime.
Depending on production requirements, the equipment is available in
configurations featuring either a single-station or double-station
system, offering flexibility in throughput.
Technical Parameters:
80FDE-4S(100)
SPECIFICATION | MATERIAL | | PE |
MAX CONTAINER CAPACITY | L | 500ML |
NUMBER OF DIE | set | 4 |
MACHINE DIMENSION(LxWxH) | M | 3.82x4x2.5 |
TOTAL WEIGHT | ton | 8.6 |
|
CLAMPING UNIT | CLAMPING FORCE | kN | 120 |
PLATEN OPENING | mm | 240-600 |
TOGGLE STROKE | mm | 540 |
MAX MOULD SIZE (WxH) | mm | 480x500 |
|
EXTRUDER UNIT | SCREW DIAMETER | mm | 75 |
SCREW L/D RATIO | L/D | 24 |
PLASTICIZING CAPACI(HDPE) | Kg/h | 85 |
SCREW HEATING ZONE | zone | 3 |
SCREW HEATING POWER | kW | 15.3 |
FAN POWER | kW | 0.14 |
EXTRUDER MOTOR POWER | kW | 22 |
|
DIE HEAD | DIE HEAD HEATING ZONE | zone | 15 |
POWER OF DIE HEAD HEATING | kW | 16.5 |
MAX DIAMETER OF MOUTH MOLD | mm | 35 |
|
ENERGY-CONSUMPTION | TOTAL POWER OF MACHINE | kW | 72 |
POWER OF OIL PUMP MOTO | kW | 15 |
AIR PRESSURE | Mpa | 0.6-0.8 |
CONSUMPTION COMPRESSION AIR | m3/min | 1.5 |
CONSUMPTION COOLING WATER | m3/min | 0.4 |
Applications:
Extrusion blow molding is a widely utilized manufacturing process
for creating a variety of plastic containers and products. One
common application is the production of high-density polyethylene
(HDPE) bottles, which are often used for packaging items such as
detergents, shampoos, and yogurt.
In addition to household containers, this method is also employed
to manufacture motor oil and lubricant containers. Its versatility
allows for the creation of chemical and pesticide bottles as well,
ensuring safe storage of potentially hazardous substances.
Moreover, extrusion blow molding enables the production of large
jerry cans, typically ranging from 5 to 30 liters in capacity.
These containers are frequently used for storing and transporting
liquids such as water and fuel. Water tanks and fuel tanks are also
commonly made using this technique, benefiting from its ability to
form durable, hollow shapes.
Beyond functional containers, the process is used to create toys
and various hollow objects. Examples include plastic balls, floats,
and cones, showcasing the adaptability of extrusion blow molding in
producing a wide range of hollow plastic items.
FAQ:
Q1: What is the brand and model number of this extrusion molding
machine?
A1: The extrusion molding machine is branded MEPER and the model
number is 80FD.
Q2: Does this machine have any certifications?
A2: Yes, the MEPER 80FD extrusion molding machine is certified with
CE and ISO9001:2008.
Q3: What is the minimum order quantity for the MEPER 80FD extrusion
molding machine?
A3: The minimum order quantity is 1 set.
Q4: What are the payment terms available for purchasing this
machine?
A4: Payment terms for the MEPER 80FD include L/C (Letter of Credit)
and T/T (Telegraphic Transfer).
Q5: How long is the delivery time after placing an order?
A5: The delivery time for the MEPER 80FD extrusion molding machine
is typically 25-35 work days.
