September 1, 2025
Our core equipment, an accumulation-type blow molding machine, recently completed comprehensive pre-shipment testing and commissioning and is about to be shipped to Russia, injecting new momentum into efficient production in the local industrial packaging industry. This not only demonstrates the recognition of our equipment and technical strength in the overseas market, but also marks a key step in expanding our market share in the Russian-speaking region. We will provide Russian customers with solutions for hollow product manufacturing that meet local production needs.
Accumulation Blow Molding Machine: "Hard-Core Equipment" Tailored for Efficient Production
As an upgraded version of extrusion blow molding technology, the accumulation blow molding machine (accumulation blow molding machine) leverages its unique "accumulation extrusion" design to achieve triple breakthroughs in production efficiency, product precision, and energy efficiency. It is particularly well-suited to the Russian market's demand for large-scale, high-volume hollow parts production：
1. Increased Capacity: Meeting the Needs of Large-Scale Production
Compared to traditional extrusion blow molding machines, the accumulation blow molding machine is equipped with a dedicated accumulation die head that continuously extrudes plastic parisons during mold closing and cooling, temporarily storing the parisons in an accumulation chamber. When the mold is ready, the machine can instantly deliver the stored parisons into the mold cavity, significantly shortening the single production cycle. Taking the 200L industrial stacking barrels, a popular product in the Russian market, as an example, a single energy storage blow molding machine can produce 80-120 barrels per hour, an increase of over 30% compared to traditional equipment. This perfectly meets the high-volume production needs of packaging containers in the local chemical, petroleum, and food processing industries.
2. Precision Control: Adapting to High Quality Standards
Russian industry places stringent demands on the dimensional accuracy and wall thickness uniformity of packaging containers. This is especially true for stacking barrels used for the storage and transportation of hazardous chemicals, which must meet multiple international safety certifications. Our energy storage blow molding machines, equipped with a servo motor control system and a real-time wall thickness monitoring module, precisely control the extrusion speed and thickness distribution of the parison, ensuring a wall thickness deviation of within ±0.2mm after molding. This eliminates the parison defects caused by extrusion interruptions associated with traditional equipment, enabling products to easily pass Russian GOST and EU CE certifications, ensuring compliance and safety for our customers.
3. Energy Saving and Consumption Reduction: In line with the trend toward green production
Faced with rising global energy costs and heightened environmental protection requirements, our energy storage blow molding machine achieves a breakthrough in energy-saving design. The machine utilizes "intermittent heating + waste heat recovery" technology, automatically reducing barrel heating power during the energy storage phase while simultaneously recycling waste heat generated during extrusion back into the raw material preheating system. This reduces overall energy consumption by 15%-20% compared to traditional equipment. Based on 24/7 continuous production, a single machine can save over 30,000 RMB in electricity costs annually, reducing long-term operating costs for Russian customers while also complying with local "carbon neutrality" policy requirements.
Focusing on the Russian Market: Customized Solutions Adapting to Local Needs
Prior to this equipment export, our technical team conducted multiple rounds of in-depth discussions with Russian customers. Based on local climate conditions, raw material properties, and production scenarios, we implemented three key local adaptation upgrades for the energy storage blow molding machine:
1. Low-Temperature Environment Adaptation
Winter temperatures in some parts of Russia can drop below -30°C. To ensure stable operation in these low-temperature environments, we optimized the equipment's hydraulic and electrical control systems. We use low-temperature-resistant hydraulic oil (applicable temperatures range from -40°C to 80°C) and installed a constant-temperature heating module in the electrical control cabinet to prevent hydraulic component jamming and circuit failures caused by low temperatures, ensuring uninterrupted production year-round.
2. Raw Material Compatibility Adjustment
The plastic raw material commonly used in the Russian market is primarily locally produced HDPE (high-density polyethylene), whose melt index and viscosity characteristics differ from those of commonly used international raw materials. Our technical team optimized the extruder screw's aspect ratio (from the traditional 28:1 to 32:1) and screw speed parameters to enhance the machine's plasticizing capability for local raw materials. This ensures sufficient plasticization even with low-melt index HDPE, avoiding quality issues like bubbles and delamination in the barrel.
3. Localized Service Guarantee
To address the after-sales concerns of overseas customers, our company provides an integrated "Equipment + Service" solution for the energy storage blow molding machines being exported. Pre-order online training sessions for the customer's technical team cover equipment commissioning, parameter settings, and routine maintenance. A temporary spare parts warehouse has been established in Moscow, Russia, stocking key wear parts (such as screws, heater coils, and seals). This ensures that in the event of a malfunction, spare parts can be delivered to the site within 48 hours, minimizing production downtime for the customer.
Expanding Overseas Presence: Building a Global Partnership Network with Technological Strength
The export of this energy storage blow molding machine to Russia marks another significant overseas breakthrough for our company, following our entry into the Southeast Asian and Middle Eastern markets. In recent years, with the growing global demand for "efficient, environmentally friendly, and high-precision" equipment in the industrial packaging industry, our company has continuously increased its R&D investment. We now offer a comprehensive line of blow molding equipment covering hollow products from 5L to 200L. Our products are exported to over 20 countries and regions, earning wide recognition from overseas customers.
Going forward, our company will continue to focus on overseas market demand, launching more customized equipment and solutions tailored to the production characteristics of different regions. We will also strengthen our partnerships with local distributors and service providers, building a global sales and service network to allow more overseas customers to experience the technological strength of China's intelligent manufacturing and achieve mutually beneficial cooperation.
Conclusion
From equipment R&D to local adaptation, from quality testing to service assurance, every energy storage blow molding machine exported overseas embodies our commitment to technological innovation and our dedication to customer needs. The equipment's departure to Russia is not only a product export, but also a cross-border exchange of technology and services. We believe that this energy storage blow molding machine will be an important aid for Russian customers to improve production efficiency and ensure product quality. It will also lay a solid foundation for our company to further develop the Russian-speaking market and open a new chapter in the long-term cooperation between the two sides.
