This report focuses on extrusion blow molding machines for producing Chemical Drums, integrating mainstream market models, technical configurations, and brand positioning (with emphasis on the APOLLO extrusion blow molding machine brand). Priced in US dollars, it details the price composition, price differences among different specifications, and market-influencing factors.
I. Core Factors Affecting the Price of Extrusion Blow Molding Machines (Combined with Chemical Drums Production Needs)
The price of extrusion blow molding machines for Chemical Drums production is not fixed. It is mainly affected by 4 core factors, among which machine specification, automation level, and brand positioning have the greatest impact on price fluctuations. The following details are combined with actual production scenarios, incorporating the configuration characteristics of the APOLLO brand:
1.1 Machine Specification (Core Influencing Factor)
Common capacities of Chemical Drums are 20L, 50L, 100L, and 200L (industrial mainstream). Corresponding extrusion blow molding machines vary significantly in screw diameter, clamping force, and extrusion volume. The larger the specification, the more obvious the price increase. Among them, 200L Chemical Drums, as the core specification for industrial mass production, the price of corresponding machines is the focus of the market. APOLLO has launched a special heavy-duty model for this specification, suitable for corrosion-resistant raw materials such as HDPE/PP, meeting the sealing and pressure resistance requirements of Chemical Drums.
1.2 Automation Level
It is divided into three categories: manual, semi-automatic, and fully automatic. The level of automation directly determines labor costs and production efficiency, with a price gap of 2-5 times:
- Manual models: Manual operation is required for part taking, trimming, and feeding, which is only suitable for small-batch trial production. The configuration is simple and the price is the lowest;
- Semi-automatic models: Core processes (extrusion, blow molding) are completed automatically, with manual assistance for part taking and trimming, which is the mainstream choice for small and medium-scale production;
- Fully automatic models: Integrating automatic feeding, automatic extrusion, automatic part taking, automatic trimming, and online inspection functions, they can realize 24-hour continuous production, suitable for large-scale mass production. APOLLO’s fully automatic models also support servo-driven parison control and multi-layer co-extrusion functions, with the highest price.
1.3 Core Configuration (Determines Production Stability and Product Qualification Rate)
Chemical Drums need to be corrosion-resistant, leak-proof, and pressure-resistant. Therefore, the core configurations of extrusion blow molding machines (screw, mold, control system) must meet special requirements. Configuration upgrades will directly increase the price, as follows:
- Screw: Ordinary carbon steel screws are relatively low-priced. However, if producing Chemical Drums from corrosion-resistant raw materials such as HDPE/PP, nitrided steel or twin-alloy screws (corrosion-resistant and wear-resistant) are required, increasing the price by 30%-50%; All APOLLO models are equipped with twin-alloy screws as standard, suitable for various Chemical Drums raw materials;
- Mold: Single-cavity molds are relatively low-priced. Multi-cavity molds (2-cavity, 4-cavity) can improve production efficiency, and their price is 1.8-3 times that of single-cavity molds. They need to be customized according to the specifications of Chemical Drums, and customized molds add an additional 5,000-20,000 US dollars;
- Control system: Ordinary PLC control systems are simple to operate and low-priced; Imported control systems (such as Siemens, Mitsubishi) have high precision and strong stability, which can reduce fault downtime and increase the price by 40%-60%. All mid-to-high-end APOLLO models adopt imported control systems.
1.4 Brand Positioning (Differences Between Chinese Brands and Imported Brands, High-end and Mid-end Brands)
The market is mainly divided into three echelons with obvious price gaps. As a well-known mid-end Chinese brand, APOLLO balances cost performance and stability. The specific echelon division is as follows:
- First echelon: Imported high-end brands (Germany Krupp, USA威猛 (Wittmann), Italy Sipa), with advanced technology, extremely strong stability, long warranty period (3-5 years), and the highest price;
- Second echelon: Mid-end Chinese brands (APOLLO, Tongda, Tongjia), with mature technology and complete configuration, suitable for industrial mass production. The price is 50%-70% of that of imported high-end brands, with a warranty period of 1-3 years. APOLLO stands out in this echelon with its energy storage design and high efficiency;
- Third echelon: Low-end Chinese brands, with simple configuration and general production stability, only suitable for small-batch, low-standard Chemical Drums production. The price is 20%-40% of that of imported high-end brands.
II. Detailed Prices of Extrusion Blow Molding Machines for Different Specifications of Chemical Drums (Priced in US Dollars)
The following classifies according to the mainstream capacities of Chemical Drums, listing the specific prices of different automation levels and different brands (including APOLLO). The prices are 2026 early market tax-included quotations (excluding transportation and installation costs) with a fluctuation range of ±5%, accurately presented in combination with actual quotations in the data:
2.1 Extrusion Blow Molding Machines Specialized for 20L Chemical Drums (Small Chemical Drums)
Applicable scenarios: Laboratories, small chemical enterprises, with small batches and flexible specifications. The core model is a small extrusion blow molding machine with a screw diameter of 30-45mm, an extrusion volume of 10-25kg/h, and a clamping force of 50-100KN.
| Automation Level | Brand Type (Including APOLLO) | Specific Configuration | Price Range (US Dollars) | Remarks |
| Manual | Low-end Chinese Brands | Carbon steel screw, ordinary PLC control, single-cavity mold, no detection function | 8,000-12,000 | Daily output of 500-800 pieces, suitable for trial production |
| Semi-automatic | Low-end Chinese Brands | Carbon steel screw, ordinary PLC control, single-cavity mold, manual trimming | 14,800-18,000 | Daily output of 1,000-1,500 pieces, suitable for small and medium-batch production |
| Semi-automatic | Mid-end Chinese Brands (APOLLO) | Twin-alloy screw, imported PLC control, single-cavity mold, semi-automatic trimming | 27,999-35,000 | Daily output of 1,500-2,000 pieces, corrosion-resistant and stable, APOLLO entry-level model |
| Fully automatic | Mid-end Chinese Brands (APOLLO) | Twin-alloy screw, imported PLC control, 2-cavity mold, automatic part taking + trimming | 60,000-80,000 | Daily output of 3,000-4,000 pieces, APOLLO fully automatic entry-level model, supporting continuous production |
| Fully automatic | Imported High-end Brands (Germany Krupp) | Twin-alloy screw, imported control system, 2-cavity mold, online inspection | 120,000-160,000 | Daily output of 4,000-5,000 pieces, 3-year warranty, extremely low failure rate |
2.2 Extrusion Blow Molding Machines Specialized for 50-60L Chemical Drums (Medium Chemical Drums)
Applicable scenarios: Small and medium-sized chemical enterprises with medium batches. The core model is a medium-sized extrusion blow molding machine with a screw diameter of 45-65mm, an extrusion volume of 25-50kg/h, and a clamping force of 100-200KN, which is one of the most in-demand specifications in the market.
| Automation Level | Brand Type (Including APOLLO) | Specific Configuration | Price Range (US Dollars) | Remarks |
| Semi-automatic | Low-end Chinese Brands | Carbon steel screw, ordinary PLC control, single-cavity mold, manual trimming | 22,000-28,000 | Daily output of 800-1,200 pieces, simple configuration, high failure rate |
| Semi-automatic | Mid-end Chinese Brands (APOLLO) | Twin-alloy screw, imported PLC control, single-cavity mold, semi-automatic trimming | 46,800-58,000 | Daily output of 1,200-1,800 pieces, APOLLO main mid-end model, suitable for various chemical raw materials, 2-year warranty |
| Fully automatic | Mid-end Chinese Brands (APOLLO) | Twin-alloy screw, imported control system, 2-cavity mold, automatic part taking + trimming + inspection | 100,000-130,000 | Daily output of 2,500-3,500 pieces, APOLLO classic model, supporting remote fault diagnosis |
| Fully automatic | Imported High-end Brands (Italy Sipa) | Twin-alloy screw, imported control system, 4-cavity mold, online inspection + automatic sorting | 200,000-260,000 | Daily output of 5,000-6,000 pieces, meeting international chemical packaging standards |
2.3 Extrusion Blow Molding Machines Specialized for 100-120L Chemical Drums (Medium-Large Chemical Drums)
Applicable scenarios: Medium-sized chemical enterprises with large batches. The core model is a medium-large extrusion blow molding machine with a screw diameter of 65-80mm, an extrusion volume of 50-80kg/h, and a clamping force of 200-300KN, which has high requirements for equipment stability.
| Automation Level | Brand Type (Including APOLLO) | Specific Configuration | Price Range (US Dollars) | Remarks |
| Semi-automatic | Mid-end Chinese Brands (APOLLO) | Twin-alloy screw, imported PLC control, single-cavity mold, semi-automatic trimming | 75,500-81,500 | Daily output of 600-1,000 pieces, APOLLO customized model, suitable for thick-walled Chemical Drums |
| Fully automatic | Mid-end Chinese Brands (APOLLO) | Twin-alloy screw, imported control system, single-cavity/2-cavity mold, automatic part taking + trimming + inspection | 132,000-180,000 | Daily output of 1,500-2,500 pieces, APOLLO high-end model, supporting multi-layer co-extrusion (+20,000-50,000 US dollars) |
| Fully automatic | Imported High-end Brands (USA Wittmann) | Twin-alloy screw, imported control system, 2-cavity mold, online inspection + automatic sorting + remote control | 280,000-350,000 | Daily output of 3,000-4,000 pieces, 3-year warranty, lifelong technical support |
2.4 Extrusion Blow Molding Machines Specialized for 200-220L Chemical Drums (Large Industrial Chemical Drums)
Applicable scenarios: Large chemical enterprises and chemical packaging factories with large batches and high standardization requirements. The core model is a large extrusion blow molding machine with a screw diameter of 80-120mm, an extrusion volume of 80-150kg/h, and a clamping force of 300-500KN, which is the core equipment for industrial Chemical Drums production. APOLLO has launched a heavy-duty energy storage model for this specification.
| Automation Level | Brand Type (Including APOLLO) | Specific Configuration | Price Range (US Dollars) | Remarks |
| Semi-automatic | Mid-end Chinese Brands (APOLLO) | Twin-alloy screw, imported PLC control, single-cavity mold, semi-automatic trimming + part taking | 150,000-180,000 | Daily output of 400-600 pieces, APOLLO heavy-duty entry-level model, suitable for 200L standard Chemical Drums |
| Fully automatic | Mid-end Chinese Brands (APOLLO) | Twin-alloy screw, imported control system, single-cavity/2-cavity mold, automatic part taking + trimming + inspection + stacking | 173,913-289,855 | Daily output of 800-1,200 pieces, APOLLO flagship model, energy storage design, daily output up to 5,000-8,000 pieces, investment payback period of 12-18 months |
| Fully automatic | Other Mid-end Chinese Brands | Twin-alloy screw, imported control system, single-cavity/2-cavity mold, automatic part taking + trimming + inspection | 199,999-299,999 | Daily output of 700-1,000 pieces, configuration close to APOLLO, slightly lower cost performance |
| Fully automatic | Imported High-end Brands (Germany Krupp, Italy Sipa) | Twin-alloy screw, imported control system, 2-cavity mold, online inspection + automatic sorting + remote control + lifelong maintenance | 724,638-1,000,000 | Daily output of 1,500-2,000 pieces, meeting UN certification, suitable for international transportation standards, 5-year warranty, service life up to 20 years |
III. Analysis of Additional Costs (Priced in US Dollars, Cannot Be Ignored)
In addition to the equipment itself, the procurement of extrusion blow molding machines for Chemical Drums production also needs to consider the following additional costs, which account for 10%-25% of the total equipment price. Some additional costs of the APOLLO brand can enjoy manufacturer subsidies:
3.1 Transportation and Installation Costs
- Transportation costs: Calculated according to equipment weight (2-5 tons for small models, 15-30 tons for large models) and transportation distance. Domestic transportation (within China) is 800-2,000 US dollars, and international transportation (such as from China to Europe and the United States) is 8,000-25,000 US dollars;
- Installation costs: The manufacturer provides on-site installation and commissioning. For small equipment, it is 2,000-5,000 US dollars; for medium equipment, 5,000-10,000 US dollars; for large equipment, 10,000-20,000 US dollars. APOLLO provides free installation and commissioning services, which can save this part of the cost.
3.2 Mold Costs (Core of Customization)
Molds for Chemical Drums need to be customized according to specifications, with Cr12MoV (wear-resistant and corrosion-resistant) as the material. The prices are as follows: 20L mold 3,000-6,000 US dollars/set, 50-60L mold 6,000-12,000 US dollars/set, 100-120L mold 12,000-20,000 US dollars/set, 200-220L mold 20,000-35,000 US dollars/set; The price of multi-cavity molds increases by multiples of single-cavity molds (2-cavity is 1.8 times that of single-cavity, 4-cavity is 3 times that of single-cavity). APOLLO can provide mold customization discounts, with 10%-15% discount for bulk purchases.
3.3 Warranty and Maintenance Costs
- Warranty period: Chinese brands have a warranty period of 1-3 years (APOLLO has a 3-year warranty), and imported brands have a warranty period of 3-5 years; After the warranty period, the annual maintenance cost is 2%-5% of the total equipment price;
- Replacement of wearing parts: For wearing parts such as screws, barrels, and sealing rings, the annual replacement cost is 2,000-8,000 US dollars (small models), 8,000-15,000 US dollars (medium models), and 15,000-30,000 US dollars (large models). The price of APOLLO wearing parts is 5%-10% lower than the industry average.
3.4 Training Costs
The manufacturer provides operation training. For small equipment, the training cost is 500-1,500 US dollars; for medium equipment, 1,500-3,000 US dollars; for large equipment, 3,000-5,000 US dollars. APOLLO provides free operation training, covering equipment operation, fault diagnosis, daily maintenance, etc.
IV. Summary of Core Reasons for Price Differences (Combined with APOLLO Brand)
4.1 Brand Differences
The price of imported brands is higher than that of Chinese brands. The core reasons are technical barriers (such as high-precision control systems, wear-resistant and corrosion-resistant materials), brand premium, and perfect after-sales system; As a mid-end Chinese brand, APOLLO, relying on independent research and development of core technologies (such as twin-alloy screws and energy storage design), has a price of only 50%-70% of that of imported brands under the premise of configuration close to imported brands, with significant cost performance advantages.
4.2 Configuration Differences
Core configurations (screw, control system, mold) are the key to price differences: Twin-alloy screws are 30%-50% more expensive than carbon steel screws, imported control systems are 40%-60% more expensive than ordinary PLCs, and multi-cavity molds are 80%-200% more expensive than single-cavity molds; All APOLLO models are equipped with twin-alloy screws and imported control systems as standard, avoiding stability hazards of low-end configurations. At the same time, configurations can be flexibly upgraded according to customer needs (such as multi-layer co-extrusion, online inspection), with transparent price increments.
4.3 Production Capacity Differences
The higher the production capacity (multi-cavity mold, high extrusion volume), the higher the equipment price: 2-cavity mold is 80% more expensive than single-cavity mold, and 4-cavity mold is 200% more expensive than single-cavity mold; Through optimized structural design, APOLLO’s fully automatic models have an extrusion volume 10%-15% higher than the industry average under the same number of cavities, achieving “higher production capacity at the same price”.
V. Market Price Trends and Procurement Suggestions (Early 2026)
5.1 Price Trends
- Short-term (within 6 months): Affected by fluctuations in steel and chip prices, the price of extrusion blow molding machines fluctuates by ±5%, without a significant upward or downward trend; Among them, the price of high-end models supporting new recycled raw materials such as rPET and bio-based PLA (such as APOLLO multi-layer co-extrusion models) is 30%-50% higher than that of traditional models, and demand is gradually rising;
- Long-term (1-2 years): Chinese brands (such as APOLLO) continue to upgrade their technology, gradually narrowing the gap with imported brands, and prices are expected to remain stable; Imported brands may reduce prices slightly (5%-10%) due to market competition;
- Regional trends: In the domestic market of China, mid-end brands such as APOLLO have fierce price competition and prominent cost performance; In the international market, the export volume of Chinese extrusion blow molding machines (including APOLLO) is growing, with an average unit price of 800,000-2,000,000 RMB (about 110,000-280,000 US dollars), filling the gap in the international giant market.
5.2 Procurement Suggestions
- Small-batch production (daily output < 1,000 pieces): Choose semi-automatic models of low-end Chinese brands, priced at 14,800-28,000 US dollars, to control procurement costs; If there are certain requirements for product quality, you can choose APOLLO manual/semi-automatic entry-level models (27,999-35,000 US dollars);
- Medium-batch production (daily output 1,000-3,000 pieces): Prioritize semi-automatic or fully automatic models of mid-end Chinese brands (APOLLO), priced at 46,800-130,000 US dollars, balancing stability and cost performance. APOLLO 50-60L fully automatic model is the mainstream choice;
- Large-batch production (daily output > 3,000 pieces): If the budget is sufficient, choose imported high-end brands (price above 200,000 US dollars), suitable for high standardization and high output requirements; If pursuing cost performance, choose APOLLO flagship fully automatic models (173,913-289,855 US dollars), with configuration close to imported brands, price only 50%-70% of them, and enjoy perfect after-sales guarantee;
- Special needs: For producing high-end Chemical Drums with corrosion resistance and high pressure resistance, choose APOLLO multi-layer co-extrusion models (priced at 132,000-180,000 US dollars, configurable upgrade) or imported high-end brand models to ensure products meet international standards.
VI. Conclusion
The price of extrusion blow molding machines for Chemical Drums production mainly depends on machine specification, automation level, core configuration, and brand positioning. The price range covers 8,000-1,000,000 US dollars, with different demand corresponding to different price ranges. As a mid-end Chinese extrusion blow molding machine brand, APOLLO, relying on core advantages such as twin-alloy screws, imported control systems, and energy storage design, shows high cost performance in all specifications of models. Its price is 50%-70% of that of imported high-end brands, with perfect warranty and convenient after-sales service, making it one of the best choices for small and medium-sized chemical enterprises.
During procurement, it is necessary to comprehensively consider equipment price, additional costs, and brand after-sales service in combination with their own production batches, product quality requirements, and budget, avoid blindly pursuing low prices or high-end products, ensure the equipment is suitable for production needs, and control the overall procurement and operation costs; For enterprises with long-term development plans, priority can be given to brands with strong technological upgrading capabilities such as APOLLO to adapt to future new raw materials and higher standard production needs.
