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Operating on the optimized hollow blow molding principle, the machine follows a systematic workflow tailored for IBC production. First, thermoplastic raw materials, mainly high-density polyethylene (HDPE), are melted and plasticized by a screw extruder. The molten material is then extruded into a tubular parison, whose thickness is precisely controlled by an advanced electronic wall thickness control system—critical for ensuring the ABC's pressure-bearing capacity and service life. Next, the mold clamps tightly around the parison, and high-pressure air is injected to expand the parison against the mold cavity, shaping it into the desired IBC inner tank. Finally, after sufficient cooling, the mold opens, and the finished product is demolded for subsequent trimming and inspection.
The machine is characterized by its precision, efficiency, and versatility. Equipped with automated control systems (usually PLC), it achieves full automation from raw material feeding to finished product unloading, reducing manual intervention and improving production consistency. Modern models can produce IBCs with capacities ranging from 500L to 1200L, with a production rate of up to 25-30 units per hour for high-efficiency models. It also supports multi-layer co-extrusion, allowing the addition of functional additives (such as anti-UV or anti-static agents) to meet specific industry needs.
Environmentally friendly and cost-effective, the machine optimizes material usage with intelligent wall thickness control, reducing raw material waste while maintaining product strength. It also features energy-saving designs by optimizing heating and power transmission systems, aligning with global sustainability trends. Additionally, it complies with international certifications such as UN, FDA, and EFSA, ensuring the produced IBCs are suitable for various industries.
The IBC blow molding machine serves a wide range of sectors, including chemical, food and beverage, pharmaceutical, agricultural, and environmental industries. The IBCs produced are used to store and transport chemicals, edible oils, pharmaceutical intermediates, pesticides, and recycled liquids, thanks to their excellent corrosion resistance, sealability, and stackability—which saves 35% of storage space compared to traditional drums.
In summary, the IBC blow molding machine is an indispensable equipment in modern industrial packaging, combining advanced technology, high efficiency, and reliability to provide high-quality IBC solutions that support safe and efficient global logistics and storage operations.
The characteristics of the IBC Blow Molding Machine.
The company has IBC Blow Molding Machine products.
The 1000L IBC Bottle Blow Molding Machine is mainly specialized in the blow molding of IBC bottle liners, a core component of intermediate bulk containers used in industrial bulk storage and transportation. To meet diverse customer needs and adapt to different application scenarios, we provide flexible equipment customization options, covering the production of IBC bottles with various capacities, including 500L, 800L, 1000L, and 1200L. Meanwhile, we offer three configuration types for the IBC blow molding machine—single-layer, double-layer, and triple-layer—each tailored to specific industry requirements: single-layer models are cost-effective for general storage needs, double-layer models enhance barrier performance, and triple-layer models provide superior pressure resistance and durability for harsh working environments.
1.Product Specifications: The standard model is designed for 1000L IBC bottles, which are widely used in chemical, food and beverage, and pharmaceutical industries due to their optimal capacity balance between storage efficiency and transportation convenience.
2.Material: The machine adopts high-density polyethylene (HDPE) as the primary raw material, which is recognized for its excellent corrosion resistance, impact resistance, and chemical stability. This material ensures the produced IBC bottle liners can safely store and transport a variety of liquids without leakage or material degradation.
3.Key Performance Parameters: For the 1000L IBC bottle, the standard net weight is 14.5kg, ensuring structural stability while controlling material consumption. In terms of production efficiency, the machine can achieve a production capacity of over 25 bottles per hour; meanwhile, it features excellent material utilization, with edge waste controlled below 5kg, effectively reducing raw material loss and production costs. The energy consumption per bottle is as low as 6.5 kWh, reflecting the machine’s energy-saving design. Additionally, for the U.S. market, we offer the option of using C513UV material, which has excellent UV resistance to adapt to outdoor storage and transportation needs, complying with local industry standards.
4.Production Requirements: We provide two configuration options to match different production scales and efficiency demands:
Standard Configuration: It can maintain a stable production capacity of over 25 bottles per hour, with a daily output of approximately 600 bottles (based on 24-hour continuous operation), suitable for medium-scale production enterprises with steady order demands.
High-speed Configuration: Optimized for high-efficiency production, it can reach a production capacity of over 30 bottles per hour, with a daily output of about 720 bottles, ideal for large-scale manufacturers that require mass production to meet urgent market demands.
Product Name | IBC tank blow molding machine | |
Product Capacity | 500L,800L,1000L,1200L IBC | |
Layers | 2 | 3 |
Extrusion System | 120mmx2 | 120mmx1+110mmx2 |
Main Drive Power | 110kwx2 | 110kwx1+90KWx2 |
Max. Extrusion Output | 600kg/hr | 700kg/hr |
Clamping Force | 2000KN | 2000KN |
Average Energy Consumption | 200kw | 200kw |
Die Head | 600mm | 600mm |
Dimension | 5.10×6.5×7m | 11.85×5.6×7.2m |
Weight | 65 tons | 70 tons |
PWDS Function PWDS | Germany technology as optional function. Use to control wall thickness. | |
IBC machine operating system
| Japan MOOG’s wall thickness control system, Siemens PLC | |
Standard: | 600 tanks/day | |
High speed: | 720 tanks/day | |
Guangdong Hwashi Technology Inc. was established in 2001. The factory is located in Guangdong Huizhou city and Jiangxi province, covering a total area of 50000 square meter. Several branches were set up in Hong Kong, Shenzhen, Shanghai, Wenzhou, etc. Hwashi is the leading company in Screwing industry in China and has been awarded the famous brand for years. Hwashi Screwing machines are selling to more than 80 countries in north America, the middle-east, south-east Asia, Europe, etc. for providing the best Screwing machine and automation solution to the top companies all over the world.
Hwashi company is a high-tech enterprise which is specialized in developing, manufacturing and selling of IBC Blow Molding Machine, customized IBC cage production line, and automatic Screwing machine, etc. A professional and rich experienced technical team gathered in Hwashi. Except for the standard resistance Screwing machine, they also devote in developing all kinds of automatic Screwing machine and Screwing production line. Lots of automatic Screwing production lines has been designed and manufactured for famous companies in domestic and abroad successfully. Hwashi has obtained more than 70 patents and ISO9001:2000 certificate of quality system, CCC and CE certificate. The main customers include TIME Technoplast Ltd, Raft Embalagens, Jiuzhou Dingsheng, etc.