20+ Years EBM Manufacturing Experience: Why Apollo Stands Out Among Chinese Suppliers

회사 Positioning: Apollo, a Wanplas Factory

Apollo is a Wanplas factory and a professional manufacturer of automatic extrusion blow molding (EBM) machines, with a track record that spans more than 20 years in the design, production, and global supply of hollow plastic molding equipment. Headquartered in Zhangjiagang, a manufacturing hub near Shanghai, Apollo has grown into one of the established Chinese suppliers dedicated exclusively to the extrusion blow molding process. As part of the Wanplas brand family, Apollo benefits from a shared engineering culture, a unified quality philosophy, and a worldwide service network, while focusing its entire development effort on one core technology: turning polymer melt into consistent, leak-tight hollow articles.

Choosing an EBM machine is a long-term decision. A blow molding line typically runs for a decade or more, shapes the unit cost of every container a customer produces, and determines the quality ceiling of an entire packaging or component program. For that reason, the heritage and capability behind the manufacturer matter as much as the spec sheet. This article explains why Apollo stands out among Chinese suppliers by walking through its manufacturing history, plant scale, export reach, process technology, product portfolio, quality system, and the practical reasons international buyers choose a Chinese EBM partner.

The phrase “Top Manufacturer In China” is one Apollo uses for its extrusion blow molding line, and it is backed by concrete numbers rather than slogans: an 8,000 square meter plant, an annual production capacity of around 100 machine sets, more than 4,000 machines running in over 90 countries, and a product range that stretches from 200 mL cosmetic jars to 1,500 L industrial tanks. The sections below translate those figures into what they mean for a buyer.

Two Decades of EBM Manufacturing Heritage

Apollo’s story is a story of specialization. Unlike conglomerate suppliers that spread engineering resources across many unrelated processes, Apollo concentrated for over 20 years on a single discipline: extrusion blow molding. That focus compounds. Every mold base machined, every parison control program tuned, and every die head refined feeds a knowledge base that new projects inherit. A manufacturer that has built thousands of EBM units has already seen the failure modes, the material quirks, and the customer requirements that a newcomer has not.

In the early years, the Chinese blow molding equipment market was dominated by imported machines with long lead times and high prices. Apollo entered by building reliable hydraulic EBM machines for the domestic packaging and chemical industries, then progressively improved screw design, die-head architecture, and control systems. The result is a ten-series product matrix with more than eighty models, spanning small cosmetic bottles and large chemical drums alike.

Longevity in capital-equipment manufacturing is itself a quality signal. A factory that has survived more than twenty years of technology shifts, raw-material price cycles, and intensifying export compliance requirements has necessarily built disciplined processes. It has standardized how it sources components, how it validates a new model, and how it supports machines years after shipment. For an overseas buyer who may need spare parts or technical help five or eight years from now, that continuity is as valuable as any single feature.

That heritage is also geographic. Apollo’s location in Zhangjiagang places it inside the Yangtze River Delta, one of the world’s densest clusters of plastic-machinery component suppliers, mold shops, and skilled technicians. Proximity to this cluster means shorter lead times for precision parts, faster iteration when a customer requests a design change, and a deep labor pool trained specifically in blow molding and extrusion technology. A manufacturer’s address is therefore not a trivial detail; it is part of its capability. The same regional density that lets Apollo hold tight build schedules also lets it price competitively without outsourcing quality to unknown subcontractors.

The Wanplas group context reinforces this. As a Wanplas factory, Apollo participates in group-level supplier qualification, shared quality promises, and a coordinated after-sales framework. The group’s mission, “Warm Global Customers With China Plastic Machinery,” reflects a deliberate orientation toward export markets rather than only domestic sales. That orientation shapes everything from electrical-component selection to documentation language.

Plant Scale and Production Capability

Apollo operates from an approximately 8,000 square meter manufacturing base in Zhangjiagang. Within that footprint the factory combines machining, fabrication, assembly, and testing under one roof. An integrated layout shortens the path from a raw steel plate to a commissioned machine and keeps quality control points close to the work being done.

Annual production capacity sits at roughly 100 machine sets. For a specialized EBM builder, that volume is significant: it means the production line is never idle and the assembly crews repeat the same build routines often enough to stay sharp, yet capacity is not so massive that each machine becomes a generic commodity. Buyers benefit from a manufacturer that builds enough units to have refined its process but few enough to pay attention to individual orders.

Production capability is not only about floor area. It is about the depth of in-house work. Apollo machines are built around precision components such as the extruder barrel and screw, the die head, the clamping unit, and the parison control system. Controlling the machining of these core parts allows the factory to hold tolerances that directly affect wall-thickness uniformity and container consistency. Outsourcing every critical part to unrelated shops makes that control harder.

The table below summarizes the scale and capability profile that underpins Apollo’s standing among Chinese EBM suppliers.

Apollo Factory and Capability Snapshot

Capability Dimension	Apollo Profile	Buyer Relevance
Manufacturing experience	20+ years in EBM	Proven process maturity and field learning
Plant area	Approx. 8,000 sqm	Integrated machining, fabrication, assembly
Annual output	Around 100 machine sets	Repeatable, refined build routines
Product coverage	Ten series, 80+ models, 200 mL to 1,500 L	One supplier for most hollow articles
In-service base	4,000+ machines	Spare-parts continuity and field data
Process focus	EBM only	Deep specialization, not a sideline

A Global Footprint Across 90+ Countries

Export reach is one of the clearest measures of a machinery supplier’s credibility. Apollo has placed more than 4,000 machines in over 90 countries, serving packaging producers, chemical manufacturers, water-tank makers, cosmetic brands, and industrial part suppliers on every populated continent. That reach is not accidental; it is the product of an export-oriented engineering mindset.

An export machine differs from a domestic machine in many quiet ways. The control panel must support multiple languages. Electrical design must accommodate the buyer’s local voltage and frequency, whether 220V, 380V, 415V, or 440V, at 50 Hz or 60 Hz. Safety interlocks must satisfy the destination’s machinery rules. Documentation, from the operation manual to the spare-parts list, must be intelligible to local technicians. Apollo’s exposure to 90+ countries has forced these considerations into the standard build rather than treating them as exceptions.

Global installation experience also improves the machine. Every commissioning in a different climate, with a different resin grade or a different utility supply, surfaces edge cases that sharpen the design. A factory that has solved cooling-water limitations in one region or humidity-driven electrical issues in another carries those lessons into future machines. The 4,000+ installed base is, in effect, a distributed testing program that a single laboratory could never replicate.

For a prospective buyer, the practical takeaway is risk reduction. A model that already runs successfully in dozens of countries is far less likely to present a surprising incompatibility than a machine sold only in its home market. The breadth of Apollo’s footprint is therefore a proxy for validation.

How Extrusion Blow Molding Works

Understanding why a manufacturer’s capability matters starts with understanding the process. Extrusion blow molding produces hollow plastic articles by forming a hollow tube of molten polymer called a parison, capturing it inside a two-part mold, and inflating it with compressed air until it conforms to the mold cavity. Once cooled, the mold opens and the finished part is ejected.

The cycle begins in the extruder. Polymer pellets are fed from a hopper into the barrel, where a rotating screw conveys, compresses, and melts them through the combined action of mechanical shear and heater bands. The melt is then pushed through a die head, which shapes it into a hollow, tubular parison with a controlled wall thickness. In continuous-extrusion machines the parison is produced continuously, while in accumulator-type machines a large shot of melt is stored and then expelled rapidly to form a very thick parison for big containers.

Once a parison of the right length is presented, the blow mold closes around it and pinches off the bottom. A blow pin enters through the neck or the tail and injects compressed air. The parison balloons outward and presses against the cooled mold surface, where it solidifies into the final shape. The mold then opens and the finished container or part is removed, trimmed of flash, and sent downstream for neck finishing or decoration.

The quality of the result depends on several interacting variables: melt temperature and homogeneity, parison wall-thickness programming, clamping force, blow pressure and timing, and cooling efficiency. A manufacturer’s expertise shows up in how precisely these variables are controlled and how repeatably they are held across thousands of cycles. Apollo’s two decades of tuning these parameters is exactly what separates a capable EBM builder from a generic assembler.

Core Machine Architecture and Key Components

An EBM machine is a system of tightly coordinated subsystems. Knowing the role of each component helps explain where manufacturer capability creates value.

The Extruder, Barrel, and Screw

The extruder is the heart of the machine. Within the barrel, a screw with a carefully designed geometry plasticizes the resin. The screw diameter and L/D ratio (length-to-diameter ratio) set the plasticizing capacity and the residence time of the melt. A longer L/D improves mixing and temperature uniformity, which matters for color consistency and for heat-sensitive materials such as PVC. Apollo configures screw and barrel combinations per series and per material so that HDPE bottles and PVC cosmetic jars are each run on an appropriate setup rather than a compromise.

The Die Head and Parison Control

The die head shapes the parison. For articles with uneven wall requirements, such as handles or tapered bodies, a programmable parison control system (often a servo or hydraulic wall-thickness programmer) varies the die gap as the parison is extruded. This reduces material usage and equalizes cooling. Apollo integrates parison control across its machine range so that wall thickness follows the part geometry instead of being uniform and wasteful.

The Clamping Unit

The clamping unit holds the mold closed against the internal blow pressure. Clamping force must be sufficient to prevent flash at the parting line without being so large that the machine is oversized and energy-hungry. Apollo specifies clamping force in proportion to the container size and the blow pressure, which keeps the machine correctly sized for its duty.

The Accumulator (for Large Parts)

For containers above roughly 20 L, an accumulator head stores a melt shot and releases it quickly, preventing the parison from sagging or cooling before the mold closes. This is the defining feature of heavy-duty EBM lines and is central to Apollo’s ABLD series for drums and tanks.

Control and Automation

Modern EBM machines run on a PLC with an HMI, managing temperatures, parison programming, cycle timing, and alarm handling. Higher-end lines add servo drives, remote monitoring, and recipe storage so that an operator can switch products by loading a saved parameter set. Capability here is about software maturity as much as hardware.

Technical Route Comparison

Different EBM architectures suit different products. The table contrasts the three main routes Apollo offers, framed by technology rather than brand.

Aspect	Hydraulic EBM (ABLB)	Fully Electric EBM	Accumulator EBM (ABLD)
Drive system	Hydraulic pump and cylinders	Servo-electric drives	Hydraulic with accumulator head
Energy profile	Medium	Low	Medium to high
Container range	200 mL to 20 L	200 mL to 20 L	20 L to 1,500 L
Best application	General bottles, jerry cans, pails	Clean, precise, energy-sensitive runs	Drums, tanks, large industrial parts
Relative cost tier	Low to Medium	Medium to High	High to Very High

The Apollo Product Portfolio and Specifications

Apollo organizes its EBM machines into three principal families, each tuned to a container-size band and a set of operating priorities. The following specification tables present representative configurations within each series. Parameters such as screw diameter, clamping force, plasticizing capacity, and installed power reflect typical values for the stated container classes and should be confirmed against the final proposal for a specific project.

ABLB Series (200 mL to 20 L)

The ABLB Series is Apollo’s workhorse hydraulic extrusion blow molding line, covering plastic containers from 200 mL up to 20 L across eight model types. It suits daily-chemical bottles, food and beverage containers, small jerry cans, and industrial pails. The series pairs a robust clamping unit with programmable parison control and supports single- or multi-station layouts to match output targets.

Model	Max Container Volume	Stations	스크류 직경	L/D 비	Clamping Force	Max Output (HDPE)	Installed Power
ABLB 55	3 L (2-3 L class)	1 – 2	55 mm	24:1	40 kN	60 kg/h	22 kW
ABLB 65	5 L	1 – 2	65 mm	24:1	60 kN	90 kg/h	30 kW
ABLB 75	10 L	1 – 4	75 mm	24:1	80 kN	120 kg/h	45 kW
ABLB 90	15 L	1 – 4	90 mm	22:1	120 kN	160 kg/h	60 kW
ABLB 120	20 L	1 – 4	120 mm	22:1	180 kN	220 kg/h	90 kW

ABLD Series (20 L to 1,500 L)

The ABLD Series is Apollo’s heavy-duty extrusion blow molding line for large containers and industrial hollow articles, from 20 L chemical drums and water tanks up to 1,500 L bulk containers. The defining element is the accumulator die head, which stores a prepared melt shot and extrudes it rapidly to form a thick, uniform parison without sag. Three model types cover the large-volume band, with clamping forces scaled to keep parting lines tight under high blow pressures.

Model	Max Container Volume	Stations	스크류 직경	L/D 비	Clamping Force	Max Output (HDPE)	Installed Power
ABLD 250	250 L	1 – 2	100 mm	20:1	600 kN	300 kg/h	110 kW
ABLD 500	500 L	1 – 2	120 mm	20:1	900 kN	450 kg/h	160 kW
ABLD 1000	1,000 L	1 – 2	150 mm	18:1	1,400 kN	700 kg/h	250 kW
ABLD 1500	1,500 L	1	180 mm	18:1	2,000 kN	1,000 kg/h	360 kW

Fully Electric Series (200 mL to 20 L)

The Fully Electric Series is Apollo’s energy-optimized, hydraulic-free line for the 200 mL to 20 L band. By replacing hydraulic pumps with servo-electric drives for clamping, extrusion, and blow functions, the line removes oil-related contamination risk and reduces energy consumption, which is valuable for pharmaceutical, food, and cleanroom-adjacent production. It is the right choice when the operating environment or product purity demands a cleaner process.

Configuration	용량 등급	Stations	스크류 직경	L/D 비	Clamping Force	Max Output (HDPE)	Installed Power
FE 0.2-3 L	0.2 – 3 L	1 – 2	55 mm	24:1	40 kN	55 kg/h	18 kW
FE 3-10 L	3 – 10 L	1 – 4	75 mm	24:1	80 kN	110 kg/h	35 kW
FE 10-20 L	10 – 20 L	1 – 4	90 mm	22:1	120 kN	150 kg/h	50 kW

Material Compatibility and Selection

Apollo EBM machines process a broad resin set: PE, PP, PVC, PA, PC, ABS, PS, EVA, TPU, and PETG. The choice of material drives container performance, and the machine configuration must match the resin’s melt behavior, thermal stability, and cooling needs. The table below maps common EBM materials to typical containers and the properties that make them suitable.

Material	Typical EBM Containers	주요 물성	Processing Note
PE (HDPE / LDPE / LLDPE)	Jerry cans, drums, bottles, pails	Excellent environmental stress crack resistance, low melt temp	Most common EBM resin; easy to process
PP	Pharmaceutical jars, food pails, hinges	High temperature resistance, living-hinge capability	Needs careful parison temperature control
PVC	Cosmetic bottles, clear containers	Clarity, chemical resistance	Lower processing temp; thermal stabilizer required
PA (Nylon)	Fuel tanks, engineering parts	Hydrocarbon barrier, mechanical strength	Requires drying before processing
PC	Water bottles, technical parts	Impact resistance, transparency	High melt temperature; drying needed
ABS	Technical housings	Toughness, good surface	Moderate processing window
PS	Dairy and dairy-alternative containers	Clarity, rigidity	Brittle; lower impact resistance
EVA / TPU	Flexible tubes, soft articles	Softness, elasticity	Wide processing window
PETG	Clear cosmetic jars	Clarity, toughness, no preform needed	Good EBM alternative to PET for clarity

Two practical points follow from this material breadth. First, a buyer who may switch resins over the machine’s life gets protection from a single supplier that already supports the full set. Second, material-specific details such as drying for PA and PC, or stabilizer management for PVC, are engineering responsibilities Apollo builds into the machine and the start-up procedure rather than leaving to the operator to discover.

Application Industries and End Products

Apollo’s machines serve a wide cross-section of industries, and the company profile lists eight application areas. Mapping each to concrete end products shows the versatility a buyer gains.

• 식품 및 음료 — water bottles, edible-oil containers, milk and dairy bottles, condiment jars, and beverage multipacks. Food-contact grades require clean processing and, where the market demands it, materials and machine hygiene aligned with regulations such as FDA and EU 10/2011.
• Daily Chemical Products — detergent bottles, shampoo and cosmetic containers, hand-soap refills, and household cleaner jerry cans. This is the highest-volume EBM segment and the natural home of the ABLB Series.
• 화학 산업 — 20 L to 200 L chemical drums, agrochemical containers, and solvent jerry cans. These demand consistent wall thickness, secure necks, and chemical-resistant resins such as HDPE, served by both ABLB and ABLD lines.
• Building Material — water-storage tanks up to 1,500 L, pipe fittings housings, and foam-core components. Large tanks are the province of the ABLD accumulator series.
• 의료 및 제약 — pill jars, sterile containers, and diagnostic reagent bottles. Here the Fully Electric Series removes hydraulic-oil contamination risk and supports a cleaner process.
• 자동차 생산 — windshield-washer fluid bottles, coolant reservoirs, and ducting, where PA and PE grades are common.
• Transportation — fuel cans, ad-blue tanks, and fluid reservoirs for trucks, agricultural machinery, and marine use.
• 문화 및 스포츠 — inflatable and hollow sporting goods, toys, and promotional items produced in medium volumes.

This breadth means a single Apollo line can serve a converter who supplies several industries, and it means the factory has encountered the regulatory and performance requirements of each sector. That accumulated application knowledge is embedded in mold design advice, material recommendations, and commissioning support.

Quality System, Standards, and Compliance

For a capital machine that will run for years in another country, the quality system behind it matters as much as the specification. Apollo’s approach combines incoming inspection, in-process control, and final acceptance testing so that a machine is validated before it leaves the plant.

Incoming control covers the components that most affect reliability: the screw and barrel, the hydraulic or servo elements, the electrical components, and the PLC and HMI. In-process checks track machining tolerances on mold platens and clamping frames, and verify die-head geometry. Final acceptance typically includes a trial run producing the customer’s actual container, confirming cycle time, wall-thickness distribution, and leak performance.

On the standards side, machines built for European customers are manufactured to conform to CE machinery safety requirements, and food- and pharma-bound lines are specified with materials and hygiene practices aligned to applicable food-contact frameworks such as FDA and EU 10/2011 where the destination market requires them. Apollo also supports third-party inspection by recognized bodies before shipment, giving overseas buyers independent verification at the factory gate.

The table summarizes the compliance landscape a buyer should expect to discuss when configuring a machine for a specific market.

Requirement Area	What Apollo Provides	Buyer Benefit
Quality management	Incoming, in-process, and final inspection system	Consistent build quality across orders
Machinery safety (Europe)	CE-conforming design and documentation	Market access and workplace safety
Food contact	Material and hygiene alignment (FDA, EU 10/2011 where required)	Compliance for food and pharma containers
Independent verification	지원 for third-party pre-shipment inspection	Objective quality confirmation
Electrical compatibility	Voltage and frequency per destination (220V to 440V, 50/60 Hz)	Plug-and-run at the buyer’s site

Engineering Strength and R&D

A manufacturer’s longevity is only useful if it keeps improving. Apollo’s engineering strength shows in three areas: die-head and parison-control development, screw and barrel design for diverse materials, and control-system software. Continuous refinement of the die head reduces parison variation and material waste; smarter parison programming lets a single machine serve more container shapes; and mature control software shortens product changeovers.

The factory’s specialization helps here. Because all R&D attention is directed at extrusion blow molding, every improvement compounds within one process instead of being spread thin across unrelated machines. The result is a product matrix that has grown to ten series and more than eighty models, each an iteration on lessons from the field.

Engineering depth also supports the buyer directly. When a customer proposes a new container, Apollo can analyze the part geometry, recommend the right machine class and mold concept, and simulate wall-thickness and cycle-time expectations before metal is cut. That front-end engineering reduces the risk that a delivered line underperforms against the production plan.

Tooling is the other half of the equation. Because blow molding quality is decided as much by the mold as by the machine, Apollo’s engineering team works closely with mold design, balancing cooling-channel layout, parting-line sealing, neck accuracy, and ejection strategy against the resin and the cycle target. A well-designed mold shortens cooling time, cuts scrap, and extends cavitation life, all of which flow straight to the buyer’s unit cost. In practice this means the machine and the mold are engineered as one system rather than as separate purchases, which is the difference between a line that merely runs and a line that runs profitably.

Why Choose a Chinese EBM Supplier

The question “why buy from a Chinese EBM supplier rather than a premium imported brand?” is reasonable, and the honest answer is about total cost of ownership and supply-chain maturity rather than a simple price gap. Contemporary Chinese machinery makers such as Apollo combine several advantages.

• Mature supply chain — Zhangjiagang and the surrounding Yangtze Delta region host dense networks of component suppliers for screws, barrels, hydraulic elements, electrical parts, and molds. This density shortens lead times and lowers component cost without sacrificing quality when sourcing is disciplined.
• Competitive cost tiers — A capable Chinese EBM line typically sits at a Low to Medium cost tier versus the High to Premium tier of legacy Western or Japanese brands, while delivering comparable core functionality for most standard containers.
• Export discipline — Suppliers serving 90+ countries have internalized multilingual documentation, voltage flexibility, and destination compliance, which reduces the buyer’s integration burden.
• Responsive engineering — With in-house machining and a focused product range, a specialized factory can adapt a machine or mold concept faster than a large diversified conglomerate.
• Lifecycle support — Shared group policies such as the Wanplas USD 500 free parts allowance per year and open-factory access make long-term ownership predictable.

The trade-off to manage is not capability but fit: very high-speed, ultra-precision, or exotic-material applications may still favor premium imported equipment. For the overwhelming majority of bottles, jerry cans, drums, tanks, and industrial hollow parts, a focused Chinese supplier such as Apollo offers the strongest value.

Machine Selection Recommendation

The table below converts common customer requirements into a recommended Apollo model. It is a starting point; the final choice depends on output target, resin, and container geometry, which Apollo confirms during configuration.

Customer Requirement	Recommended Apollo Model	Rationale
200 mL – 3 L bottles, daily chemical	ABLB 55	Compact, economical, high repeatability
5 L jerry cans, general use	ABLB 65	Balanced output and footprint
10 L food or chemical containers	ABLB 75	Multi-station option for higher output
15 L – 20 L pails	ABLB 90 / ABLB 120	Higher clamping force for large pails
200 L chemical drum	ABLD 250	Accumulator head for thick parison
500 L – 1,000 L tank or IBC shell	ABLD 500 / ABLD 1000	Heavy-duty clamping and output
1,500 L water tank	ABLD 1500	Largest single-shot EBM class
Pharma or clean-environment runs	Fully Electric Series	No hydraulic oil, lower energy use
High-volume cosmetic jars	ABLB 75 (multi-station) or Fully Electric	Throughput with surface-quality control

Service and 지원 Commitments

A machine is only as good as the support behind it, and this is where the Wanplas group framework strengthens Apollo. The shared service promises include a USD 500 free parts allowance per year, free replacement of damaged parts within warranty, a transportation guarantee, a production-capacity guarantee, and a quality-standard guarantee with refund plus compensation if quality commitments are not met.

• Pre-shipment testing — 기계 are run and inspected at the factory, ideally producing the customer’s actual container, before release.
• Engineer installation and commissioning — Apollo dispatches engineers for on-site installation, start-up, and operator training.
• Usage tracking and follow-up — The factory tracks machine usage status and conducts irregular customer visits to catch issues early.
• Spare-parts policy — A USD 500 free parts allowance per year, plus free replacement of warranty-covered damaged parts, keeps lifecycle cost predictable.
• Training — Operators learn machine operation, mold changeover, basic maintenance, and fault response.
• Remote operation and maintenance — With modern PLC and HMI systems, remote diagnostics help resolve issues quickly without waiting for a site visit.
• Open-factory policy — Buyers are welcome to visit the plant to audit capability, review workmanship, and discuss projects face to face.

This support structure is especially valuable for first-time importers of blow molding equipment, who gain a partner rather than a one-time transaction. The combination of a 20-year track record, 4,000+ installed machines, and a defined parts policy turns a capital purchase into a managed relationship.

Frequently Asked Questions

How long has Apollo been manufacturing extrusion blow molding machines?

Apollo has more than 20 years of history as a professional manufacturer of automatic extrusion blow molding machines and operates as a Wanplas factory dedicated to this single process. That two-decade focus is reflected in its ten-series, eighty-model product matrix.

What is the production scale of the Apollo factory?

The Zhangjiagang plant covers around 8,000 square meters and delivers an annual production capacity of roughly 100 EBM machine sets. Integrated machining, fabrication, and assembly keep critical components such as the screw, barrel, and die head under direct quality control.

Which materials can Apollo EBM machines process?

The machines process PE, PP, PVC, PA, PC, ABS, PS, EVA, TPU, and PETG. This breadth lets a single supplier serve food, daily-chemical, chemical, pharmaceutical, and industrial applications with appropriate resin and machine configuration.

What container sizes do Apollo machines cover?

The ABLB and Fully Electric Series cover 200 mL to 20 L, while the ABLD heavy-duty series covers 20 L up to 1,500 L for drums, tanks, and large industrial articles. Together they address most hollow plastic products a converter is likely to make.

Does Apollo provide after-sales support and spare parts?

Yes. The factory provides on-site engineer installation, pre-shipment testing, operator training, remote operation and maintenance support, open-factory visits, and a USD 500 free parts allowance per year under the Wanplas service policy, with free replacement of warranty-covered damaged parts.

Why choose a Chinese EBM supplier instead of a higher-priced imported brand?

Chinese EBM suppliers such as Apollo combine a mature local supply chain, export discipline across 90+ countries, competitive cost tiers, and responsive engineering, while meeting CE and food-contact compliance for export. For most standard bottles, drums, and tanks this delivers the strongest total cost of ownership.

How does the accumulator head help with large containers?

For containers above roughly 20 L, an accumulator stores a prepared melt shot and releases it rapidly to form a thick parison before it can sag or cool. This is the core technology of the ABLD series and is essential for consistent walls on drums and tanks.

Are Apollo machines suitable for food- and pharma-contact containers?

Yes. Food- and pharma-bound lines are specified with appropriate materials and hygiene practices, and where the destination market requires it, configurations are aligned with frameworks such as FDA and EU 10/2011. The Fully Electric Series additionally removes hydraulic-oil contamination risk for cleaner production.

Can one Apollo line serve multiple product shapes?

Within a container-size class, yes. Programmable parison control, recipe storage, and modular mold clamping allow an ABLB or Fully Electric machine to switch between compatible bottle and jar geometries by loading a saved parameter set and changing the mold.

What should a buyer prepare before requesting a quotation?

The most useful inputs are the target container volume and shape, annual output requirement, resin type, destination voltage and frequency, and any food- or chemical-contact compliance needs. With these, Apollo can recommend a specific model and confirm specifications for a proposal.

Conclusion

Apollo’s standing among Chinese EBM suppliers rests on concrete, verifiable strengths: more than 20 years focused on extrusion blow molding, an 8,000 square meter plant with around 100 machine sets of annual capacity, over 4,000 machines running in more than 90 countries, and a product range from 200 mL jars to 1,500 L tanks. As a Wanplas factory, it adds the backing of a group-wide quality philosophy and a defined service policy that includes a USD 500 free parts allowance per year.

For buyers evaluating a blow molding investment, the decision is less about a single feature and more about the partner’s ability to deliver a reliable line, support it for years, and adapt as needs change. Apollo’s specialization, export experience, broad material capability, and three-series machine portfolio position it as a credible choice for bottles, jerry cans, drums, water tanks, cosmetic jars, and industrial hollow articles alike.

If you are planning a new EBM line or replacing an aging one, send your container specifications, output target, and material requirements to Apollo for a tailored configuration and a factory audit. You are also welcome to visit the plant to review workmanship first hand and run a trial on your product before committing. The fastest path to a confident purchase is a clear conversation about your part and your plant.