TAIZHOU HUANGYAN FEICHI PLASTIC MOULD CO., LTD.

Introduction

Taizhou Huangyan Feichi Plastic Mould Co., Ltd. (Chinese: 台州市黄岩飞驰塑模有限公司), commonly known as Feichi Mould, is a Chinese manufacturer of plastic injection moulds based in Huangyan District, Taizhou, Zhejiang Province. The company designs, manufactures, and exports tooling for household products, furniture, automotive components, industrial goods, and other mass-produced plastic articles.

Feichi operates within Huangyan, a major Chinese mould-manufacturing cluster often associated with the production of injection tooling for domestic and international plastics processors. Its activities place the company in the tooling segment of the plastics value chain: rather than primarily producing polymer materials or finished plastic goods, it supplies the moulds that determine the geometry, surface quality, cycle performance, and production repeatability of injection-moulded parts.

The company’s reported product range includes moulds for air coolers, chairs, tables, baskets, dustbins, pallets, baby toys, household appliances, and automotive parts. Its export-oriented business model serves customers in markets including Asia, Europe, the Middle East, North America, and South America.

History and Development

Feichi Mould identifies its business with Huangyan’s established mould-manufacturing industry and reports that the company was established around the beginning of the twenty-first century. Company materials state that Taizhou Huangyan Feichi Plastic Mould Co., Ltd. was established in 2000, while some trade-directory information gives 2009 as the establishment date; this difference may reflect the distinction between the founding of an earlier operation and the registration or reorganization of the present corporate entity.

Important development milestones include:

• Formation in Huangyan: The company was established in the Huangyan mould-manufacturing area, giving it access to a regional network of tooling suppliers, machining capabilities, plastics processors, and technical labor.
• Expansion into export tooling: Feichi developed an international customer base and reports long-term commercial relationships in approximately 20 countries, including India, Pakistan, Turkey, Brazil, Argentina, Ukraine, Russia, Vietnam, Mexico, the United Kingdom, the United States, and Saudi Arabia.
• Broadening of mould applications: Its portfolio expanded beyond general household tooling to include furniture, air-cooling equipment, automotive components, pallets, dustbins, and other industrial and consumer products.
• Adoption of digital mould engineering: The company describes the use of CAD, CAM, and CAE systems in mould design, reflecting the wider transition of Chinese tooling manufacturers toward computer-assisted development and simulation.

Business Operations and Segments

Feichi’s principal business is the development and manufacture of plastic injection moulds. Its operations generally involve product interpretation, mould design, machining, assembly, trial production, modification, and delivery to the customer or plastics processor.

The company’s reported business segments include:

The company’s export orientation exposes it to the commercial requirements of overseas mould users, including dimensional consistency, maintainability, delivery coordination, spare-part support, and adaptation to different injection-moulding machines and production standards.

Products and Technologies

Injection Moulds

Feichi manufactures tooling for high-volume injection moulding. The moulds typically comprise a cavity and core system, guide components, cooling channels, ejection mechanisms, and, where required, hot-runner or multi-cavity configurations. The appropriate design depends on the resin, part geometry, annual production volume, surface requirements, and available moulding equipment.

Reported product categories include:

• Air-cooler moulds
• Chair moulds
• Table moulds
• Basket moulds
• Dustbin moulds
• Pallet moulds
• Baby-toy moulds
• Household-appliance moulds
• Washing-machine moulds
• Automotive-part moulds
• General daily-necessity moulds

Design and Engineering

Feichi states that its technical engineers use international CAD/CAM/CAE systems for mould design. These tools can support:

• Three-dimensional product and mould construction
• Parting-line and gate-layout development
• Draft-angle and demoulding analysis
• Cooling-channel planning
• Filling, packing, and warpage assessment
• CNC machining and electrode data preparation
• Design revisions before steel cutting

The practical value of such systems is greatest for large or complex moulds, where early analysis can reduce the risk of sink marks, weld lines, uneven shrinkage, short shots, excessive cycle time, or difficult ejection.

Tooling for Large and Durable Products

Pallets, dustbins, furniture, and appliance housings often require relatively large moulds, substantial clamping forces, robust ejection systems, and careful control of mould deflection. Tooling for these products may also require reinforced mould bases, replaceable wear components, balanced filling systems, and cooling layouts that limit distortion in broad, relatively thin-walled parts.

Product-Specific Customization

The company presents its moulds as customizable according to customer requirements. In practical terms, customization may involve part dimensions, resin selection, surface texture, number of cavities, cycle-time objectives, machine compatibility, ejection layout, automation provisions, and the intended balance between tooling cost and production efficiency.

Applications and End Markets

Feichi’s moulds support several major plastics-consuming sectors.

Household and Consumer Products

Household moulds are used for products such as baskets, tables, chairs, containers, and other daily necessities. These applications typically emphasize affordability, repeatable appearance, impact resistance, ease of assembly, and short production cycles.

Appliances and Air-Cooling Equipment

Air-cooler and appliance moulds serve the consumer-electronics and domestic-appliance supply chain. Such tooling may involve large visible surfaces, mounting features, ventilation structures, snap-fits, and requirements for consistent cosmetic quality.

Automotive Components

Automotive moulds are associated with the production of plastic components used in vehicle interiors, exteriors, and functional assemblies. Automotive tooling generally demands tighter process control than many commodity household applications because parts may need to meet stricter dimensional, appearance, durability, and assembly requirements.

Material-Handling and Waste-Management Products

Pallet and dustbin moulds support logistics, warehousing, waste collection, and industrial handling. These products are often designed for repeated impact and load-bearing use, making rib geometry, corner strength, wall uniformity, and material distribution important tooling considerations.

Toys and Other Consumer Articles

Toy moulds and related consumer-product tooling require attention to surface finish, edge definition, part safety, assembly, and the effective control of small or intricate features.

Global Presence and Market Position

Feichi is based in Huangyan, Taizhou, Zhejiang, and operates within a region recognized for concentrated mould production. The local industrial ecosystem provides access to specialized machining, heat treatment, mould components, plastics processing, and logistics services.

The company reports export relationships with customers in about 20 countries. Its stated markets include:

• South and Southeast Asia
• The Middle East
• Europe
• North America
• South America
• Eastern Europe and neighboring markets

Feichi’s competitive position is best understood as that of an export-oriented specialist in application-specific injection tooling. Its portfolio spans commodity and semi-industrial products rather than being limited to a single mould niche. This breadth can support customers seeking a common tooling supplier across household, furniture, appliance, automotive, and industrial product lines.

The company competes in an international mould market shaped by several factors:

• Tooling price and total cost of ownership
• Delivery time and engineering responsiveness
• Dimensional accuracy and mould longevity
• Compatibility with local injection-moulding machinery
• Availability of replacement parts and technical support
• Ability to manage large, multi-component, or multi-cavity tools
• Compliance with customer-specific quality and documentation requirements

No verified public information establishes a specific global market share for Feichi, and its publicly described position is more appropriately assessed through its product coverage, export activity, and role within the Huangyan tooling cluster.

Research and Development

Feichi’s development work is primarily engineering-led and connected with the design and optimization of customer-specific moulds. The use of CAD/CAM/CAE systems indicates an emphasis on digital design, manufacturability, and pre-production analysis.

Relevant areas of technical development include:

• Improving mould filling and cooling balance
• Reducing warpage in large flat or thin-walled components
• Refining ejection systems for complex geometries
• Extending mould service life through appropriate steel and wear-component selection
• Shortening machining and modification cycles
• Adapting mould structures to different resins and processing conditions
• Supporting customer-specific part and machine requirements

In the broader plastics industry, mould development is increasingly influenced by lightweighting, recycled-content use, shorter product-development cycles, and the need to reduce energy consumption during injection moulding. These trends increase the importance of simulation, cooling efficiency, process integration, and design-for-manufacture capabilities.

Sustainability and Environmental Considerations

Plastic mould manufacturers influence sustainability mainly through the tooling decisions that determine how efficiently plastic parts are produced. Feichi’s mould categories are relevant to several environmental considerations:

• Material efficiency: Properly balanced filling systems and controlled wall thickness can reduce scrap and excessive material use.
• Energy efficiency: Effective cooling-channel design can shorten cycles and lower the energy required per part.
• Durability: Longer-lasting moulds reduce the frequency of tool replacement and the associated consumption of steel, machining resources, and transport.
• Recyclability: Mould designs can support mono-material components, detachable assemblies, and material choices that facilitate recycling, although recyclability ultimately depends on the finished product and local waste systems.
• Use of recycled resins: Tooling may require adaptation when recycled polymers introduce greater variation in viscosity, shrinkage, contamination, or mechanical performance.

Environmental performance also depends on the plastics processor’s resin selection, process settings, electricity source, scrap-management practices, and end-of-life infrastructure. A mould supplier can enable more efficient production, but it does not by itself determine the full environmental profile of the finished plastic article.

Quality Management and Certifications

Trade-directory information identifies Feichi as a manufacturer and factory operating under an ISO 9001 management-system certification. ISO 9001 provides a framework for documented quality processes, customer requirements, corrective action, and continual improvement; it does not itself certify the performance of every individual mould.

For injection-tooling suppliers, practical quality control commonly encompasses:

• Verification of mould-steel and purchased-component specifications
• Dimensional inspection of machined parts
• Alignment and shut-off checks
• Cooling-circuit and hydraulic or pneumatic checks where applicable
• Trial moulding and sample evaluation
• Inspection of part dimensions, appearance, flash, weld lines, and warpage
• Review of mould documentation and maintenance requirements

The relevance of each control depends on the product category. Automotive and appliance tooling may require more extensive dimensional and cosmetic validation than simpler commodity-product moulds.

Innovations and Future Outlook

Feichi’s future development is likely to be influenced by the continuing globalization of plastics manufacturing and by rising technical expectations among mould buyers. Several areas are particularly relevant:

• Digital engineering: Greater use of mould-flow analysis, automated design checks, digital inspection, and data exchange can reduce development errors.
• Efficient cooling: Conformal or otherwise optimized cooling approaches may improve cycle time and dimensional stability for suitable mould designs.
• Automation readiness: Robotic part removal, in-mould labeling, insert handling, and downstream assembly increasingly affect mould layout and interface requirements.
• Recycled and alternative materials: Tooling may need to accommodate recycled polyolefins, engineering polymers, bio-based materials, or resin formulations with different shrinkage and flow behavior.
• Lightweighting: Thin-wall and rib-optimized designs can reduce material consumption but demand more precise filling, venting, cooling, and process control.
• After-sales engineering: Maintenance guidance, replacement components, modification capability, and remote technical communication remain important for export customers.

The company’s broad product portfolio gives it exposure to multiple end markets, but it also requires technical versatility. Its ability to maintain consistent quality across large household moulds, durable industrial products, appliance components, and automotive tooling will remain central to its competitiveness.

Summary

Taizhou Huangyan Feichi Plastic Mould Co., Ltd. is a Huangyan-based Chinese manufacturer and exporter of plastic injection moulds. Its reported activities cover household goods, furniture, air-cooling equipment, appliances, automotive components, pallets, dustbins, toys, and other industrial or consumer products.

The company’s significance lies in its role as a tooling supplier within the plastics manufacturing ecosystem. Through mould design, CAD/CAM/CAE engineering, machining, trial validation, and export service, it supports the production of high-volume plastic parts across several international markets. Its future position will depend on continued engineering capability, mould durability, delivery reliability, quality-system implementation, and adaptation to the plastics industry’s growing emphasis on efficiency, recycled materials, automation, and product sustainability.

References

• •

  CPS+ eMarketplace. (n.d.). TAIZHOU HUANGYAN FEICHI PLASTIC MOULD CO., LTD.TAIZHOU HUANGYAN FEICHI PLASTIC MOULD CO., LTD.. CPS+ eMarketplace. https://www.chinaplasonline.com/eMarketplace/ExhibitorInfo?CompId=1042981Link