HDPE Box Strapping Plant About
HDPE Box Strapping Plant
We are a renowned company engaged in offering a superior range of HDPE Box Strapping Plant. The offered product is highly appreciated in the market for its features like consistent functionality, long lasting performance, strong construction, less maintenance and sturdiness. HDPE Box Strapping Plant is manufactured using the best quality raw materials as per the international standards. This machine is tested on various quality parameters. Clients can avail this at reasonable prices.
Features
- Different application for Packing
- Nitrided Screw and Barrel made out from special nitro alloy steel for long life.
- Helical Gear Box with inbuilt Thrust Bearing.
- Specially designed spiral type die
- PID Temperature Controller.
- AC Motor Synchronization.
- Digital Length Counting Meter
|
MODEL
|
JEC-3965
|
|
Screw Diameter
|
65 mm
|
|
Extruder Drive (AC variable)
|
18.5 KW
|
|
L/D Ratio
|
24:1
|
|
Max Output(Kg/hr)
|
55-60
|
|
Strap Width
|
9-20 mm
|
|
Overall Dimensions(m)
|
20 L x 3.5 W x 2.5 H
|
Efficient & Accurate Strapping ProductionWith a 60 m/min extrusion line speed and dual automatic rewinding, the HDPE Box Strapping Plant delivers efficient, high-capacity output for packaging industries. Its precise ceramic heating system and water bath cooling ensure consistent strap quality across a film thickness of 0.6 mm to 1.2 mm, catering to diverse packaging requirements.
Advanced Automation & Control SystemEquipped with a PLC-controlled, computerized interface, this plant streamlines operations and enhances productivity. Its automated grade and user-friendly control panel reduce manual intervention, improving safety and reliability while maintaining stringent temperature and process parameters throughout production.
Versatile Application and Robust BuildDesigned for box strapping and packaging, the plant processes both HDPE and PP with a strap width range of 6 mm to 19 mm. Constructed from mild steel and stainless-steel contact parts, it ensures longevity and performance. The flexible design accommodates varying bend radii according to specific strapping needs.
FAQ's of HDPE Box Strapping Plant:
Q: How does the HDPE Box Strapping Plant ensure consistent strap thickness and width?
A: The plant uses a precision ceramic heater with temperature control, controlled by a PLC system, to maintain uniform film thickness (0.6 mm to 1.2 mm) and strap width (6 mm to 19 mm) during the extrusion process. The computerized controls provide real-time adjustments, ensuring high-quality, consistent output.
Q: What materials can be used in the HDPE Box Strapping Plant?
A: This plant is suitable for processing both HDPE (High-Density Polyethylene) and PP (Polypropylene) materials, allowing manufacturers flexibility to produce straps tailored to diverse packaging applications.
Q: When is the HDPE Box Strapping Plant typically used?
A: It is commonly used during packaging processes where strong, durable strapping is required, such as in the bundling and securing of boxes, cartons, and packages for storage, shipping, or export.
Q: Where is this box strapping plant most beneficial?
A: This strapping plant is especially beneficial in industrial packaging units, logistics centers, warehouses, and manufacturing facilities across India and abroad, where large volumes of uniform strapping are essential.
Q: What is the main operational process of this strapping plant?
A: The plant extrudes HDPE or PP resin into straps, which are cooled in a water bath, stretched to the required dimensions, and automatically rewound using a dual rewinder system, ready for packaging applications.
Q: How does automation enhance the usability of this strapping plant?
A: The full-automation grade, managed by PLC controls and computerized panels, streamlines operations, reduces human error, increases safety, and ensures consistent strap quality, resulting in greater productivity and ease of use.
Q: What are the key benefits of using an HDPE Box Strapping Plant?
A: Key benefits include high production capacity (up to 120 kg/hr), consistent strap quality, versatility in material and strap size, reduced labor through automation, and robust, durable construction for long-term reliability.