Consumer Durables

Consumer Durables -

Why Choose JIAHUI

At JIAHUI, we offer exceptional manufacturing services to the consumer durables industry. We have extensive experience and expertise in working with various materials, components, and technologies used in manufacturing parts of consumer durables such as appliances, electronics, furniture, and vehicles. 

Furthermore, we prioritize quality control and process enhancement to guarantee that our products satisfy the utmost standards of excellence and dependability. We utilize a range of automated and advanced manufacturing technologies to optimize efficiency and reduce costs while maintaining high levels of quality.

  • Our manufacturing processes prioritize using sustainable and eco-friendly materials for consumer durables.
  • We have extensive experience producing custom-made furniture for the hospitality and residential sectors.
  • Our team of experts is equipped to manufacture high-quality consumer durables parts.


The consumer durables industry is a sector that includes products that are designed to last for an extended period and are purchased by consumers for their long-term use. This comprises many products, such as home appliances, electronics, furniture, and vehicles. The consumer durables industry is a significant contributor to the global economy and is characterized by rapid innovation, evolving customer preferences, and high competition.

While manufacturing consumer durables, certain features need to be considered. For instance, as consumer durables are meant for long-term use, they must have high durability and reliability. Plus, a large investment is required to meet high-quality standards and maintenance costs. 

Manufacturing in the consumer durables industry involves various activities, from sourcing materials and components to assembling and testing finished products. The manufacturing process for consumer durables typically involves high customization and variability to meet customer demands and a focus on quality and reliability to ensure that products last for their intended lifespan.

Consumer Durables -
Consumer Durables -

Manufacturing Needs

In the consumer durables industry, two critical trends drive changes in manufacturing needs. Firstly, continuous product development and upgrading are essential in the home appliance kitchen and bathroom sector. The industry is undergoing adjustments and improvements, so accessory manufacturers must work with complete machine manufacturers to create new enhanced products.

For example, in the case of washing machine valves, the old single-control valve used to manage water inlets is no longer sufficient for upgraded washing machine models.
Manufacturers have developed multi-control valve products to meet these evolving needs with added functionalities like controlling water supply, flushing detergent, and spraying. Similarly, for smart toilets, there is a need to address the issue of weak flushing power in low-water pressure situations. The use of electronic water pumps not only improves flushing performance but also saves energy, making it a promising trend for the future. As a result, companies are planning to produce electronic water pump products to better align with the growing demand for smart toilets.

Secondly, a trend known as modular supply is gaining traction in the home appliance industry. Downstream brands are gradually adopting modular procurement for specific products. Suppliers assemble and combine accessories with similar functions or structures into modular components, which can replace individual parts.

Typical Consumer Durables Parts

Manufacturing Services for Consumer Durables parts

Take advantage of our exceptional manufacturing technologies to get top-notch consumer-durable parts. Our unwavering commitment to precision and quality enables us to give reality to customers’ standards and unique demands. From parts production to packaging and delivery, we offer optimal results.

Injection Molding Process -

Plastic Injection Molding Process

Injection molding services at JIAHUI in consumer durables enable the simultaneous use of multiple plastic types, offering greater material flexibility and enhanced product functionality. This technique eliminates specific plastic requirements and improves durability and cost-effectiveness in the consumer industry.

Urethane Molding Process -

Urethane Molding Process

Our urethane casting process ensures successful results because we protect the Urethane from moisture by securely sealing the caps. The base color of the Urethane in consumer durables parts influences the final tinted color, so we select it accordingly.

Industry_Die Casting -

Die Casting Process

Consumer durable manufacturers often face high production demands to meet market requirements. Our die-casting capability for high-volume production is essential in ensuring the timely delivery of products. Its efficiency in rapidly producing components reduces lead times, making it cost-effective for large-scale manufacturing.

Industry_Metal Stamping -

Metal Stamping Process

Metal stamping’s capability to produce complex shapes and designs is a valuable attribute of the consumer durables industry. Many consumer products require intricate components that fit specific designs or provide unique functionalities. Our metal stamping allows the creation of custom shapes and features, enhancing the overall product appeal and functionality.

Industry_Sheet Cutting -

Sheet Cutting Process

Sheet cutting services at JIAHUI in consumer durables offer exceptional durability and reliability because of their resistance to heat and corrosion. In residential and commercial settings, sheet metal is commonly used for its durability and ease of installation.

Industry_Knurling -

Knurling Process

Knurling is often used as a practical marking method in consumer durables. The textured patterns can serve as visual indicators or orientation marks for users. For instance, at JIAHUI, knurled markings are frequently used to denote volume control settings or adjustment levels on various consumer electronic devices.

Materials For Consumer Durables Parts

At JIAHUI, we prefer sustainable and durable materials to produce consumer products to support recycling and reuse. Our expert team first analyzes the manufacturing needs and applications of the specific part and then chooses the material.

Surface Finishing for Consumer Durables Parts

At JIAHUI, we make our consumer goods components undergo efficient surface finishing processes to increase their durability and surface quality. Protecting consumer durables from corrosion and wear resistance is our foremost priority.

Comprehensive Manufacturing Solutions For Consumer Durables Parts

Let’s collaborate to create durable goods that exceed expectations and become integral to your customers’ everyday experiences.

Consumer Durables -

FAQs Related To Consumer Durables Industry

A: Consumer durables are goods intended to be used for an extended period, typically lasting for several years or more. They are often considered long-term investments by consumers. Here are some main types of consumer durables:

  1. Electronics and Appliances: This category includes televisions, smartphones, computers, laptops, refrigerators, washing machines, air conditioners, microwaves, and other home appliances.
  2. Furniture and Furnishings: Consumer durables in this category include items like sofas, beds, dining tables, chairs, cabinets, wardrobes, mattresses, curtains, carpets, and other home furnishings.
  3. Kitchenware and Cookware: These are durable goods used in the kitchen, including items like cookware sets, utensils, cutlery, kitchen appliances (blenders, toasters, coffee makers), pots and pans, and food storage containers.
  4. Home Improvement and Tools: This category comprises products used for home improvement and maintenance, such as power tools (drills, saws), hand tools, gardening equipment, ladders, paint, lighting fixtures, and hardware supplies.
  5. Sports and Fitness Equipment: Consumer durables in this category include treadmills, exercise bikes, elliptical trainers, weightlifting equipment, sports gear (balls, rackets, bats), bicycles, and camping gear.
  6. Automotive Products: This category includes consumer durables related to automobiles, such as cars, motorcycles, bicycles, car accessories, navigation systems, car seats, and car care products.
  7. Personal Care and Beauty Products: These consumer durables encompass items like hair dryers, flat irons, electric shavers, electric toothbrushes, grooming kits, skincare devices, and beauty tools.
  8. Home Security Systems: This includes durable products like security cameras, alarm systems, door locks, motion sensors, and video doorbells.
  9. Musical Instruments: Consumer durables in this category include instruments like guitars, pianos, keyboards, drums, saxophones, violins, and other musical accessories.
  10. Exercise and Wellness Equipment: This category covers yoga mats, fitness trackers, smartwatches, massage chairs, and other wellness-related equipment.

These are just a few examples of the main types of consumer durables. The range of consumer durables is extensive and continually evolving as new products and technologies emerge to meet consumer demands.

A: New materials are crucial in applying injection molding processes in the consumer-durables industry. Here are some key reasons why new materials are essential:

1. Enhanced Performance: New materials often offer improved performance characteristics compared to traditional materials. They may possess higher strength, better heat resistance, increased durability, or superior electrical properties. By using these new materials in injection molding processes, consumer-durable products can be designed to deliver enhanced performance, reliability, and longevity.

2. Design Flexibility: New materials can provide greater design flexibility, allowing manufacturers to create complex and innovative product designs. They may offer unique properties such as high flowability, increased moldability, or the ability to achieve intricate shapes and geometries. This enables the production of consumer-durable products with aesthetically pleasing designs, ergonomic features, and customized functionalities.

3. Weight Reduction: Many new materials are developed to focus on reducing weight while maintaining strength and performance. This is particularly important in the consumer-durables industry, where lightweight products are often preferred for reasons such as portability, ease of use, or energy efficiency. Injection molding with new lightweight materials allows manufacturers to produce lighter products without compromising on durability or functionality.

4. Environmental Sustainability: New materials often have improved environmental characteristics, such as being recyclable, biodegradable, or made from renewable sources. In response to increasing environmental concerns, the consumer-durables industry is emphasizing sustainability more. Using new materials in injection molding processes allows manufacturers to create eco-friendly products, reduce waste generation, and minimize the environmental impact of their manufacturing operations.

5. Cost Efficiency: New materials can bring cost benefits to the consumer-durables industry. As an illustration, some novel materials may enhance processability, enabling shorter cycle times and greater production effectiveness. Others may use less material or permit the combination of several elements into a single molded component, lowering labor and assembly costs. By leveraging new materials in injection molding, manufacturers can achieve cost savings and enhance competitiveness in the market.

6. Regulatory Compliance: The consumer-durables industry is subject to various regulations and standards regarding product safety, chemical content, and environmental impact. New materials are often developed to meet these regulatory requirements. Manufacturers may ensure their products comply with the appropriate norms and laws by choosing compatible materials in injection molding procedures, minimizing any threats to their reputation or legal standing.

In summary, new materials play a vital role in the consumer-durables industry by enabling enhanced performance, design flexibility, weight reduction, environmental sustainability, cost efficiency, and regulatory compliance. Manufacturers may produce cutting-edge, competitive goods that satisfy the changing needs of customers and the industry by keeping up with the most recent material developments and incorporating them into their injection molding procedures.

A: Consumer durables refer to goods that have a long lifespan and are typically used repeatedly over an extended period. These goods are generally considered non-perishable and are intended for personal or household use. Here are some of the main market characteristics of consumer durables:

1. Long Replacement Cycle: Consumer durables are often purchased infrequently and have a long replacement cycle. Compared to perishable goods or fast-moving consumer goods (FMCG), which are purchased frequently, consumer durables such as appliances, electronics, furniture, and automobiles are bought less frequently, typically lasting for several years or even decades.

2. Considerable Investment: Consumer durables often require a significant financial investment from consumers. These goods tend to be more expensive compared to FMCG products, and consumers may need to allocate a larger portion of their budget or savings to make a purchase. The higher price points also contribute to the longer replacement cycle.

3. Brand Loyalty: Consumers often develop brand loyalty regarding consumer durables. They tend to stick with trusted brands with a reputation for quality, reliability, and durability. Brand loyalty is particularly evident in product categories such as electronics, home appliances, and automobiles, where consumers rely on established brands for their performance and reliability.

4. Consideration of Features and Performance: Consumers of consumer durables typically consider the products' features, performance, and functionality before making a purchase decision. They may compare different models, brands, and specifications to find a product that best meets their needs and preferences. Factors such as energy efficiency, technological advancements, and innovative features can influence consumer choices.

5. Emphasis on Aesthetics and Design: Design and aesthetics are crucial in the market for consumer durables. Consumers often seek products that perform well, look visually appealing, and complement their personal style or home décor. Manufacturers of consumer durables invest in design and aesthetics to create products that appeal to consumers' sense of style and enhance the overall user experience.

6. Technological Advancements: Technological advancements significantly impact the consumer durables market. Innovations in areas such as smart home technology, connectivity, energy efficiency, and automation are driving the market forward. Consumers increasingly seek technologically advanced products that offer convenience, connectivity, and enhanced functionality.

7. After-Sales Service and Support: Consumer durables often come with after-sales service and support, including warranties, repair services, and customer assistance. Manufacturers and retailers recognize the importance of providing reliable customer support to address any issues, provide maintenance services, and ensure customer satisfaction throughout the product's lifespan.

8. Influence of Economic Factors: Economic factors, such as income levels, employment rates, and consumer confidence, play a role in the consumer durables market. Since these products are considered discretionary purchases, consumers are more inclined to put off or cut back on durable goods purchases during recessions or difficult economic times.

Understanding these market characteristics is essential for manufacturers, retailers, and marketers in the consumer durables industry. By recognizing consumers' unique needs, preferences, and purchasing behaviors, businesses can develop effective strategies to meet consumer demands, differentiate their products, and succeed in this competitive market.

A: Sheet metal processing plays a crucial role in the production of consumer electronic products. Here are some common applications of sheet metal processing in this industry:

1. Enclosures and Housings: Consumer electronics like cellphones, laptops, tablets, and gaming consoles frequently have their housings and shells made of sheet metal. The thin and lightweight nature of sheet metal allows for the creation of sleek and compact designs while providing structural integrity and protection for the internal components.

2. Chassis and Frames: Sheet metal is utilized to manufacture the chassis and frames of consumer electronic devices. These components provide structural support and stability to the product. Sheet metal can be formed, cut, and welded to create rigid and durable structures that can withstand the rigors of everyday use.

3. Heat Sinks: Heat management is crucial in consumer electronic devices to prevent overheating and ensure optimal performance. Sheet metal processing is employed to create heat sinks designed to dissipate heat generated by electronic components. The high thermal conductivity of certain sheet metal materials, such as aluminum, facilitates efficient heat transfer and helps maintain the device's temperature within safe operating limits.

4. Connectors and Brackets: Sheet metal fabricates connectors and brackets that provide mechanical support and facilitate the connection of various components within electronic devices. These connectors and brackets ensure secure and reliable assembly of internal components, such as circuit boards, connectors, and wiring harnesses.

5. Shielding and EMI Protection: Sheet metal can be used to create shielding components that protect consumer electronic devices from electromagnetic interference (EMI). EMI shielding is critical to prevent unwanted signal interference that can affect the performance of sensitive electronic circuits. Sheet metal shields are designed to block or redirect electromagnetic waves and minimize EMI-related issues.

6. Display Frames and Bezels: Sheet metal processing is employed to manufacture frames and bezels for displays in consumer electronic products like televisions, monitors, and smartphones. These components provide structural support, enhance the device's aesthetics, and serve as a mounting platform for the display panel.

7. Speaker Grilles: Sheet metal is often used to create speaker grilles in audio devices, including speakers, soundbars, and headphones. These grilles offer protection to the speakers while allowing sound to pass through unimpeded. Sheet metal can be punched or laser-cut to create intricate patterns or designs that enhance the product's visual appeal.

8. Decorative Trim and Accents: Sheet metal processing techniques like embossing, etching, or laser engraving can be utilized to create decorative trim and accents on consumer electronic products. These decorative elements add visual interest, branding, and a premium feel to the product, enhancing its overall aesthetics.

Sheet metal processing enables the production of precise, durable, and aesthetically pleasing components for consumer electronic products. Manufacturers leverage the versatility and capabilities of sheet metal to create products that meet the industry's functional, structural, and design requirements while ensuring efficient and cost-effective production processes.

A: In the manufacturing process known as powder metallurgy, tiny metal powders are compacted and then heated to high temperatures during the sintering process to create solid metal components. This process offers several advantages, making it suitable for various applications in producing durable consumer goods. Here are some main applications of powder metallurgy in this industry:

1. Automotive Components: Powder metallurgy is extensively used in producing automotive components for durable consumer goods. Parts such as gears, bearings, bushings, and sprockets can be efficiently manufactured using powder metallurgy. The process allows for the production of complex shapes, precise dimensions, and excellent material properties, resulting in components that are durable, lightweight, and resistant to wear and friction.

2. Power Tools and Appliances: Powder metallurgy is employed in manufacturing components for power tools and appliances. Components such as gears, shafts, pulleys, and rotors can be produced using powder metallurgy techniques. Excellent mechanical qualities, including high strength, wear resistance, and dimensional stability, are included in these components, ensuring the dependability and longevity of the finished goods.

3. Locks and Hardware: Powder metallurgy is utilized in the production of locks and hardware components for durable consumer goods. Components such as lock cylinders, bolts, hinges, and handles can be manufactured using this process. Powder metallurgy offers dimensional accuracy, strength, and surface finish advantages, resulting in durable and reliable components for locks and hardware applications.

4. Cutting Tools: Powder metallurgy is widely used to produce cutting tools for various consumer goods. Components such as drill bits saw blades, and cutting inserts can be manufactured using powder metallurgy techniques. The process allows for the production of hard and wear-resistant tool materials, such as tungsten carbide, which are essential for achieving long tool life and high cutting performance.

5. Sporting Goods: Powder metallurgy finds applications in the manufacturing of sporting goods, including golf clubs, firearms, and bicycles. Components such as club heads, gun barrels, and bicycle frames can be produced using powder metallurgy. The process allows for the production of lightweight, high-strength, and durable components, enhancing the performance and longevity of sporting goods.

6. Medical Devices: Powder metallurgy produces components for medical devices. Components such as orthopedic implants, surgical instruments, and dental tools can be manufactured using this process. Powder metallurgy enables the production of biocompatible materials with excellent mechanical properties, ensuring the durability and functionality of medical devices.

7. Electrical Contacts: Powder metallurgy produces electrical contacts for consumer goods. Components such as connectors, switches, and relays can be manufactured using this process. Powder metallurgy allows for the creation of materials with good electrical conductivity, wear resistance, and dimensional stability, ensuring reliable electrical performance and durability.

The applications of powder metallurgy in manufacturing durable consumer goods are diverse and extensive. The process offers advantages such as precise control over material properties, cost-effectiveness, and the ability to produce complex shapes, making it a preferred choice for various industries to produce high-quality, long-lasting consumer products.

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