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The Complete Guide To Handles

Handles are an important component in a variety of industrial applications, helping to improve overall aesthetics and user experience. By considering the specific requirements of your target market and application, design or select a handle that meets your actual needs.

Handle Type

Door handle: Door handle is used to open and close the door. They come in a variety of designs such as lever handles, knob handles, pull handles, and push/pull handles. They are basically used in residential, commercial and industrial environment applications.

Cabinet Handles: Cabinet handles are used to open and close cabinets and drawers. They basically take the form of pulls, knobs or lever handles and come in different sizes and types to suit various interior designs.

Furniture handles: Furniture handles are suitable for home furnishings such as dressers and desks. They can be decorative or functional, adding aesthetic value and facilitating easy opening and closing of the furniture.

Industrial Handles: Industrial handles are designed to withstand heavy-duty applications and harsh environments. They are commonly used in machinery, equipment and industrial environments where durability, ergonomics and functionality are critical.


Metal: Handles can be made from a variety of metals, such as stainless steel, brass, aluminum, zinc alloy, or iron. Metal handles offer durability, strength, and a variety of finishes, making them suitable for residential and commercial applications.

Wood: Wooden handles create a warm, natural aesthetic. They are often used on furniture and cabinets to provide a traditional or rustic look. Wood handles can be made from solid wood or engineered wood materials.

Plastic: Plastic handles are lightweight, affordable, and available in a variety of colors and designs. They are often used in furniture, appliances and consumer products where cost-effectiveness and versatility are important.

Glass: Glass handles add a touch of elegance and sophistication to furniture and cabinets. They are often used in high-end or decorative applications to provide unique visual appeal.

Finishes and Finishes

Polished: A polished finish provides a smooth, shiny surface for a modern, upscale look. They are commonly used with stainless steel and metal handles.

Brushed: A brushed finish creates a textured and matte finish that reduces the visibility of fingerprints and scratches. They are popular in modern and industrial style designs.

Powder Coating: Powder coating is a durable and customizable surface treatment that involves applying a dry powder to the handle and then curing it with heat. It is available in a variety of color options and has enhanced corrosion and abrasion resistance.

Anodizing: Anodizing is an electrochemical process that forms an oxide layer on a metal surface, enhancing corrosion resistance and providing a decorative finish. It is usually used with aluminum handles.

Plating: Electroplating involves depositing a layer of metal (such as chromium, nickel, or brass) on the surface of a handle to improve aesthetics, durability, and corrosion resistance.

Design Considerations

Ergonomics: The handle should be designed with ergonomics in mind, providing a comfortable grip and ease of use. Consider factors such as handle shape, size and texture to ensure the best user experience.

Aesthetics: Handles contribute to the overall design and style of a space or product. Consider design language, finishes and materials that match the desired aesthetic appeal.

Load Capacity: The handle should be designed to withstand the expected load or weight. Factors such as material strength, fastening methods and construction should be considered to ensure durability and safety.

Accessibility and universal design: In some applications, the handle needs to be usable by people with disabilities or limited mobility. Designing handles that adhere to accessibility standards and universal design principles ensures greater inclusivity.

Security Features

Antimicrobial coating: In healthcare and food-related industries, handles can be treated with an antimicrobial coating to inhibit bacterial growth and promote hygiene.

Non-slip surface: Handles can be coated with a textured or rubber coating to improve grip and prevent slipping, especially in applications with wet or greasy conditions.

Thermal Insulation: Handles used in applications involving high temperatures can be designed with thermal insulation materials or coatings to protect the user from burns.

Installation Method

Screw fastening: Handles are usually mounted using screws. Pre-drilled holes in the handle and mounting surface allow for a secure connection. Selecting the appropriate size and type of screws is critical for proper installation.

Fastening by bolting: This method involves drilling holes in the mounting surface and attaching the handle with bolts or threaded rods. Bolting increases strength and stability, making it suitable for larger applications requiring high-strength support.

Surface Mount: Some handles, especially pulls, can be surface mounted using adhesive or brackets. This method requires no drilling and is easy to install and remove, but is generally less secure than screws and bolts.

Common Applications

Residential Doors and Cabinets: Handles are commonly used on doors, cabinets, drawers and furniture in residential settings to enhance functionality and aesthetics.

Commercial and Office Spaces: Handles can be used in a variety of commercial settings such as offices, hotels, restaurants, and retail stores to contribute to the overall design theme of the space.

Industrial Equipment and Machinery: Industrial handles are used on machinery, equipment and industrial environments to provide a secure grip and promote safe operation.

Transportation: Handles are essential for transportation vehicles such as cars, trains, buses, and airplanes, allowing passengers to open doors, compartments, and luggage storage areas.

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