Omar Khalid
The plastic coat hanger is an evolution of the wire coat hanger, which was invented in 1903 by Albert J. Parkhouse, an employee of the Timberlake Wire and Novelty Company in Jackson, Michigan. Parkhouse's invention was inspired by the need for more coat hooks at his workplace. He bent a piece of wire into two ovals and twisted the ends together to form a hook, creating the first wire coat hanger. Over time, the design of coat hangers continued to evolve, and in 1967, J.H. Batts filed a patent for a moulded plastic hanger, which offered increased durability and improved aesthetics.
| Characteristics | Values |
|---|---|
| Inventor of plastic coat hanger | J.H Batts |
| Year of invention | 1967 |
| Reason for invention | To lower production costs and increase durability |
| Plastic hanger design | Moulded plastic hanger with a contoured design |
| Plastic hanger features | Can hold heavier items such as suit jackets and pants, preventing slippages and minimizing creases |
| Plastic hanger market share | Plastic hangers began to dominate the market due to their durability and aesthetic appeal |
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What You'll Learn
The first plastic coat hangers
The plastic coat hanger is one of the three basic types of clothes hangers, the other two being wire and wooden hangers. Plastic hangers are produced in a variety of colours and sizes, including smaller sizes for children's clothing.
The first plastic coat hanger was patented in 1967 by J.H. Batts. The moulded plastic hanger was designed to lower production costs and increase durability. The contoured design enabled it to hold heavier items such as suit jackets and pants while maintaining their natural shape.
The proliferation of retail stores in the latter half of the 20th century led to the evolution of coat hangers from purely functional items to display pieces that could incorporate retail brand names as part of their advertising. In addition to becoming broader and stronger, clothes hangers evolved to incorporate clips, notches, and pant bars to accommodate new clothing styles, prevent slippage, and minimise creasing.
Today, hangers come in various shapes and sizes, balancing budget, versatility, robustness, and aesthetic appeal. The production of hangers from recycled materials helps to reduce plastic waste, conserve energy and resources, and lower greenhouse gas emissions.
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Plastic hangers' market dominance
The plastic hangers market is growing at a Compound Annual Growth Rate (CAGR) of 5.80% from 2023 to 2030. In 2023, plastic hangers dominated the market, capturing more than a 40% share. This is due to their durability, cost-effectiveness, lightweight nature, and wide availability. Plastic hangers are versatile and come in various designs and colours, catering to different consumer preferences and needs. Their low production expenses translate to competitive pricing, making them a budget-friendly option for individuals and commercial users.
The affordability of plastic hangers is a key factor in their widespread adoption and sustained demand in the market. They are also favoured by commercial establishments such as clothing stores, as they can keep their profit margins high by keeping costs low. Plastic hangers are also preferred by households due to the constant need for clothing storage solutions.
The Asia-Pacific region dominated the market in 2023, accounting for more than 35% of global revenue. This is due to increasing market inventions and technological advances, as well as the rise in the production capability of manufacturers and leading industrial players in the region.
The hanger market as a whole is facing challenges due to the increasing popularity of environmentally friendly hangers and the production of plastic waste. However, advancements in plastic recycling technologies have made eco-friendly plastic hangers more accessible, further boosting their market share.
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Plastic hangers' sustainability
The first plastic coat hanger was invented by J.H Batts, who filed a patent for a moulded plastic hanger in 1967. Plastic hangers have since become a staple in the fashion industry, with billions produced each year. However, their popularity has led to significant environmental concerns, as the majority of these hangers end up in landfills due to the difficulty of recycling them.
To address the issue of plastic hanger waste, some companies are reusing and repurposing hangers multiple times before recycling them. For example, Target grinds down broken hangers to create new ones, and ( r e ) ˣ produces hangers made from 100% recycled ocean plastic. Other sustainable alternatives to plastic hangers include those made from FSC-certified paper, bamboo, or plant-based bioplastics.
While plastic hangers have contributed to the convenience and durability of storing clothes, their environmental impact cannot be overlooked. The production of plastic hangers often involves the use of virgin fossil fuels, contributing to the planet's growing consumer footprint. Additionally, when plastic hangers are discarded, they can sit in landfills for hundreds of years or pollute the environment, affecting wildlife and marine life.
To promote sustainability, consumers can opt for eco-friendly alternatives to plastic hangers. Companies like Hooks Creative offer bio-based hangers made from a combination of bio-based materials and PLA, resulting in a 100% biodegradable product with a CO2-neutral lifecycle. By choosing sustainable options and supporting companies that prioritise the environment, consumers can play a role in reducing the fashion industry's waste problem and minimising their carbon footprint.
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Plastic hangers' design evolution
Plastic hangers have undergone a significant evolution since their inception, revolutionizing the clothing industry and offering enhanced functionality, durability, and affordability.
The earliest prototypes of plastic hangers emerged in the 1960s, marking a pivotal shift in hanger design. J.H. Batts played a pivotal role in this transformation by patenting an inexpensive moulded plastic hanger in 1967. This innovation not only reduced production costs but also enhanced durability. The contoured design allowed for the hanging of heavier items, such as suit jackets and pants, while maintaining their natural shape.
The proliferation of retail stores in the latter half of the 20th century further propelled the evolution of plastic hangers. No longer mere functional items, hangers began to serve as display pieces, incorporating retail brand names as part of their advertising strategy. To accommodate diverse clothing styles, hangers evolved to include clips, notches, and pant bars, preventing slippage and minimizing creases.
Over time, plastic hangers diversified to cater to specific needs. The emergence of heavy-duty hangers, such as the Tough Hook hanger, capable of holding substantial weight, addressed the requirements of tactical gear and bulkier items. Additionally, the environmental consciousness of consumers led to the development of sustainable hangers made from recycled materials or sustainable sources like bamboo, addressing the issue of plastic waste.
The materials used in plastic hangers have also evolved to offer enhanced functionality and durability. Polystyrene, a synthetic polymer, is widely used due to its ease of processing, stability, and resistance to deformation. It is suitable for various hanger types, from suit hangers to coat hangers. Polypropylene, another popular choice, is known for its strength and durability, preventing sagging or breaking under the weight of heavier garments. It also offers space efficiency and a smooth surface that prevents clothing from snagging.
In conclusion, the design evolution of plastic hangers has been driven by technological advancements, societal changes, and the need for functionality and durability. From their inception in the 1960s to the present day, plastic hangers have revolutionized the way we store and display our clothing, reflecting our changing values, aesthetics, and environmental concerns.
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Plastic hangers' production
The production of plastic hangers involves several steps and has been influenced by technological advancements, design trends, and sustainability initiatives. Here is a detailed overview of the plastic hanger production process:
Raw Materials and Design
The first step in manufacturing plastic hangers is selecting the appropriate raw materials. For plastic hangers, high-quality polypropylene or polystyrene is commonly chosen due to its durability and flexibility. The design phase involves creating a steel or aluminum mold with cavities that replicate the desired hanger shape. Computer-aided design (CAD) tools enable manufacturers to swiftly create prototypes, tailor them to specific needs, and test their effectiveness.
Injection Molding
The injection molding technique is widely used in plastic hanger production. This process involves injecting molten plastic into the steel or aluminum mold. The mold is designed with the desired hanger shape, and the injected plastic fills the cavities to form the hanger. Injection molding has been optimized through technology, resulting in faster and more energy-efficient production.
Cutting and Finishing
After the injection molding process, cutting machines are used to achieve the appropriate length for the hangers. These machines ensure accuracy and consistency across the hangers. Additional finishing steps may be involved, depending on the specific design requirements.
Automation and Mass Production
Hanger-making machines play a crucial role in automating and streamlining the production process. These machines increase efficiency and reduce manual labor. Technological advancements have led to automated production lines, enabling the mass production of hangers with consistent quality.
Design Innovations and Sustainability
Manufacturers of plastic hangers focus on blending form and function. Space-saving shapes, lightweight designs, and bright colors enhance closet organization. Sturdier hangers are designed for heavy garments, and various shapes cater to different types of clothing. Sustainability is also a key trend, with a push for durable yet recyclable hangers to reduce plastic waste.
History of Plastic Hangers
The evolution of the plastic hanger began with the invention of the coat hook by O. A. North of New Britain, Connecticut, in 1869. However, the wire hanger, as we know it today, was created by Albert J. Parkhouse in 1903. Parkhouse, an employee of the Timberlake Wire and Novelty Company in Jackson, Michigan, bent a piece of wire into two ovals and twisted the ends together to form a hook, addressing the issue of limited coat hooks. Over time, other inventors, such as Elmer D. Rogers and Schuyler C. Hulett, made improvements, leading to the diverse range of plastic hanger designs we see today.
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Frequently asked questions
It is difficult to pinpoint exactly who invented the plastic coat hanger, but it is likely that the invention came about with the advent of plastic in the mid-20th century. Plastic hangers were more durable and aesthetically pleasing than wire hangers, and quickly dominated the market.
Plastic coat hangers are made from plastic, of course! But they also often mimic the shape of wire or wooden hangers. They are produced in smaller sizes to accommodate children's clothing.
Plastic coat hangers are durable and aesthetically pleasing. They are also produced in a variety of sizes and shapes to balance budget, versatility, robustness, and aesthetic appeal.
Plastic coat hangers contribute to plastic waste. The production of hangers from recycled materials helps to reduce waste, conserve energy and resources, and lower greenhouse gas emissions.
