June 2025 - Hallmark Nameplate

Nameplates, graphic overlays, and membrane switches that come from Hallmark Nameplate all have one thing in common: they are high-quality products that will stand up to the wear and tear of the operation they were designed for. When you create striking products for a number of manufacturers of medical, military, and aircraft equipment, you know the quality of the products you produce must be ready to take on any task for a reliable amount of time.

Abrasion resistance is just one of the ways we can ensure that our customers are receiving the highest quality nameplates, graphic overlays, and membrane switches available.

Abrasion

To understand abrasion resistance, you must first understand what it is to begin with. Abrasion is the process of rubbing down, scuffing, wearing down, or scratching the surface of any given material. It is a process we, as a nameplate manufacturer, are all too aware of.

Environmental factors, such as UV rays and inclement weather, other equipment, and safety gear, like latex, rubber, or other rough-textile gloves, all play a part in abrasion. Products that are constantly touched, pushed, and prodded and are used in a variety of settings and environments, are highly susceptible to abrasion.

Using materials that are abrasion-resistant ensures that our products will remain clear for years of use, keeping intact the integrity of our products and the products our customers apply them to.

Why Abrasion Resistance Matters

Companies that work in high-stress areas, like healthcare, aircraft, and military sectors, heavily rely on the equipment they use. Over time, the buttons, instructions, or icons on their machines or controls are worn down due to their daily usage.

Abrasion causes the buttons, icons, and instructions that were printed on the nameplate, graphic overlay, or membrane switch to become difficult to see, which can make their already high-stress environment even more stressful. Instead of expecting this wear-and-tear on their equipment and frequently replacing marred nameplates, graphic overlays, or membrane switches, smart businesses look for products that will resist abrasion and remain legible, in excellent working order for years to come.

How Abrasion is Tested

Because abrasion resistance is so important to both the manufacturer and the customer, there are many standard tests that measure resistance on nearly every material available. Tests are designed according to the material and its application, and involve a controlled form of abrasion.

Examples of this would be a rubber wheel that is rolled over the sample for a specific period of time, or a scrub test where sandpaper, or a different sort of abrasive material, is placed on a hydraulic arm and repeatedly moved over the sample surface. Setting a control abrasion and time period, manufacturers are able to discern two important things about the materials they choose to work with: abrasion rate and the normalized abrasion index.

Abrasion rate is how much mass is lost from the sample after 1000 cycles of abrasion, and the index is a ratio of the abrasion rate compared to the standardized, known abrasion rate of like materials. This way, when we are testing a specific material for abrasion resistance, we can quantify how it stacks up to similar materials. With this knowledge, we are able to choose the most abrasion-resistant materials for your nameplate, graphic overlay, or membrane switch.

Methods of Abrasion Resistance

Knowing that abrasion resistance is a standard measurement, when creating a graphic overlay for our clients becomes a choice of what material will best fit their needs. For medical equipment and instruments, selecting materials that stand up to the constant pressure of latex gloves and abrasive cleaning solutions is extremely important. For military applications, UV protection and resistance to abrasives, like sand, salt, and moisture, are essential for creating instruments that not only work but are clear and easy to see for a long time. One final method we use to ensure abrasion resistance is to use a screen printing technique where the logo, controls, icons, and instructions are printed on the side of the nameplate or graphic overlay that will be closest to the instrument it is applied to. Layers of abrasion-resistant material are then printed on top of the information, sealing it in and protecting it from the elements for even longer.

Knowing the limits of the substrate you choose for your nameplate, graphic overlay, or membrane switch is very important. Choosing a nameplate manufacturer who understands the importance of abrasion resistance for your equipment is easy when you choose to work with Hallmark Nameplate.

Even though it may seem counterintuitive, many devices that could use control panels do not come with them.

Even if you know you need a control panel, the next step is determining which type is right for your specific application.

Keep reading to learn the different kinds of control panels and their applications and benefits.

Kinds of Control Panels

Food service, medical, industrial, manufacturing, telecommunications, and transportation are all examples of the industries that need to create control panels that work for their specific needs.

Here is a small highlight of how control panels can make a difference in your industry.

Computer Peripherals

A computer peripheral is any external device that connects to a computer to provide input, receive output, or enhance functionality. These auxiliary devices support how users interact with and operate computer systems.

In simple terms, any external device that sends data to a computer or receives data from it is considered a peripheral.

Computer peripherals typically fall into two main categories.

Input Peripherals

These devices send information to the computer, allowing users to interact with or provide commands to the system. Examples include:

Keyboards and mice
Image scanners
Microphones
Tape devices
Webcams
Digital cameras

Output Peripherals

These devices receive information from the computer and present it to users. Examples include:

Displays and monitors
Printers
Projectors
Speakers

Why Control Panels Matter for Computer Peripherals

For commercial and industrial applications, computer peripherals often require durable, easy-to-use control interfaces. Custom control panels help improve usability, functionality, and performance in high-demand environments.

Custom solutions can be designed to meet specific performance requirements, ensuring the control interface fits the unique needs of virtually any computer peripheral.

Food Service

In the food service industry, maintaining precise control over temperature, equipment, and production processes is essential for safety, quality, and efficiency.

High-quality control panels help businesses manage climate conditions, automate operations, and maintain consistent product standards in demanding environments.

Use of Control Panels in Food Production

Control panels play a key role in automating and managing food service equipment. For example, a bakery looking to scale production of items like scones, cupcakes, or croissants may need custom machinery to increase output while maintaining consistent quality.

These solutions allow businesses to scale operations while preserving the quality and consistency customers expect.

Key Benefits of Food Service Control Panels

Climate and Refrigeration Control

Temperature management is critical in food service environments. Control panels help regulate facility climate and refrigeration systems to maintain food freshness, ensure safety standards, and keep customers comfortable.

Chemical-Resistant Durability

Food production facilities rely on strong cleaning and sanitizing chemicals that can damage standard controls. Custom control panels are built to withstand chemical exposure and cold temperatures, ensuring long-term performance in harsh environments.

Tamper Prevention

Unauthorized adjustments to thermostats or equipment settings can impact food safety and operational efficiency. Control panels can be designed to restrict access and prevent employee or customer tampering.

Centralized System Management

Centralized control panels allow businesses to manage multiple functions, such as refrigeration and room temperature, from a single interface. This streamlined control improves productivity, enhances operational oversight, and can help reduce energy costs.

Industrial Controls

Industrial control panels are assemblies that combine two or more power circuit components, control circuit components, or a mix of both. Common components include motor controllers, switches, relays, and auxiliary devices.

These panels may also feature disconnect means and motor branch-circuit protective devices to ensure safe and reliable operation.

Applications and Standards

UL-listed industrial control panels (UL product category NITW) are designed for general industrial use, managing heaters, lighting, motors, pumps, or combinations of these loads. They are intended for installation in ordinary locations according to NEC standards.

Panels can also be custom-designed for specialized equipment, such as:

Industrial machinery
Cranes and construction equipment
Refrigeration systems
Fountains and specialty installations

Benefits of Custom Industrial Control Panels

Many industrial clients need panels that combine power and circuit components to manage complex systems.

Key benefits include:

Durability: Panels are built to withstand chemicals, vibration, and harsh industrial environments.
Versatility: Suitable for factory machinery, construction equipment, cranes, and other industrial applications.
Safety: Includes motor branch circuit protective devices and disconnect devices.
Custom materials: Casings are made from metal or reinforced plastics, depending on operational requirements.

In short, industrial control panels deliver reliability, efficiency, and long-term performance for your operations.

Medical Equipment

A control panel overlay for medical equipment serves not just as a brand identifier but also improves the lifespan of the equipment. High-quality overlays provide a durable interface that shields sensitive components from wear, moisture, chemicals, and frequent use in demanding medical environments.

Whether it’s a heart monitor in a hospital or a thermometer in a doctor’s office, the equipment used to treat people every day deserves quality, durable materials that contribute to its longevity and provide quick and simple identification when time is of the essence.

Key Benefits of Medical Equipment Control Panels

Enhanced durability: Protective overlays help safeguard equipment from repeated use, cleaning agents, and environmental exposure.
Improved usability: Clearly labeled controls and intuitive layouts allow healthcare professionals to operate devices quickly and accurately.
Extended equipment lifespan: Quality materials reduce wear and help maintain consistent performance over time.
Quick identification: Easy-to-read interfaces support fast operation when time-sensitive care is required.

By combining durability, clarity, and precision, medical equipment control panels help ensure healthcare providers can rely on their tools to deliver safe and effective patient care.

OEM Devices

Original Equipment Manufacturers (OEMs) produce components or subsystems that are integrated into another company’s final product. Although these parts are not standalone devices, they still require reliable, high-quality control interfaces to ensure seamless operation within larger systems.

OEMs involved in technical assembly processes benefit from control panels that support efficiency, consistency, and performance.

Benefits of Custom Control Panels for OEMs

Seamless integration: Control panels can be designed to align with a client’s product specifications and system requirements.
Enhanced product value: High-quality interfaces improve both functionality and appearance, helping components stand out in competitive markets.
Consistent performance: Custom designs ensure reliable operation across different applications and industries.
Scalable solutions: OEMs can deliver standardized control interfaces across multiple products and production runs.

By combining form and function, custom control panels help OEMs deliver components that integrate smoothly, perform reliably, and provide lasting value to their customers.

Telecommunication Devices

Telecommunication devices enable the exchange of information between systems, networks, or users. From home security systems to communication equipment, these technologies rely on clear, responsive control interfaces to ensure reliable performance and ease of use.

Control panels help enhance both the functionality and user experience of telecommunication devices, creating intuitive interfaces that support smooth operation while improving product design and reliability.

Applications in Telecommunication Devices

Control panels are commonly used in telecommunication technologies such as:

Home security systems
Communication and monitoring equipment
Network control interfaces
Tablet-based control systems

For example, a home security system depends on a well-designed control panel to manage alerts, settings, and monitoring features efficiently.

Key Benefits of Telecommunication Control Panels

Improved user experience: Ergonomic layouts and intuitive controls make devices easier to operate.
Enhanced customization: Control panels can be tailored to specific system functions and user requirements.
Reliable performance: Durable materials support consistent operation in high-use environments.
Modern product design: Sleek, functional interfaces improve both appearance and usability.

By improving ergonomics, customization, and reliability, custom control panels help telecommunication devices operate more efficiently while enhancing customer confidence and satisfaction.

Transportation Devices

Custom control panels are essential for transportation vehicles and equipment that require precise, reliable operation.

From emergency response vehicles to utility trucks, control panels help operators manage multiple complex functions safely and efficiently.

Applications in Transportation

Control panels are used in a wide variety of vehicles, including:

Emergency vehicles: Fire trucks, ambulances, and rescue vehicles rely on panels to manage lighting, hydraulics, timers, relays, and indicator systems.
Utility and maintenance vehicles: Oil and gas service trucks, snowplows, and street sweepers use panels to operate specialized equipment.
Sanitation and refuse trucks: Panels help control collection, compaction, and disposal systems efficiently.

These vehicles often have multiple powerful systems that require coordinated control, making a centralized, ergonomic interface critical for safe operation.

Benefits of Transportation Control Panels

Improved driver control: Panels provide intuitive access to lighting, hydraulics, and other vehicle systems.
Enhanced safety: Well-designed interfaces reduce the risk of operator error, especially in emergency and rescue vehicles.
Durability: Panels are built to withstand harsh conditions, vibration, and frequent use in challenging environments.
Centralized operation: Drivers can manage multiple systems from a single cockpit interface, improving efficiency and response times.

By equipping transportation and service vehicles with custom control panels, operators gain greater control, improved functionality, and increased safety for both routine operations and critical missions.

Custom Creation and Assembly

At Hallmark Nameplate, we have the expertise and skilled engineers to create a custom control panel from start to finish. We develop the panel interface, physical controls, displays, and electronics.

By creating the entire device in-house, we can tailor each panel to your specific company’s needs and aesthetic requirements. To enhance the finished appearance, we offer anti-glare, high-gloss, matte, and velvet finishes.

Get Custom Control Panels From Hallmark Nameplate

Control panels and control displays from Hallmark Nameplate are manufactured to the highest quality using reliable, consistent materials. We can create a control panel assembly that includes all interfaces, controls, displays, and electronics.

Our engineering and design departments can also help you with color and graphics that improve the user experience with your electronics.

Our control panel assembly will meet ANSI and IPC electrical and mechanical engineering standards and is designed for reliability and manufacturability. Plus, our process includes a prototype and production assembly with in-circuit and functional testing available.

Hallmark Nameplate provides engineering support services, including component programming, ICT, and functional testing.

Month: June 2025

All About Abrasion Resistance