Choose the Right Material for Your Dispense System
Are you facing issues with corrosion, inefficiency in your assembly line, or excessive spending on labor and machine maintenance? You could be overlooking the benefits of optimized material applications.
Implementing the right material application can revolutionize your production process, offering key advantages such as:
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Enhancing cost-efficiency
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Reducing downtime
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Minimizing material waste
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Increasing machine performance
A variety of materials can be used to reliably lubricate, seal, or bond essential components in an assembly line.
With over 50 years of experience working with diverse substances, we’ve developed extensive knowledge of material handling and best practices.
Even if a specific material isn’t listed, we likely have the solution. Contact us today to explore how we can create a custom dispensing system tailored to your unique needs.
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Materials We Dispense:
Material Guide for Adhesive Dispensing
Adhesive Bonding Processes for Durable Connections
Overview:
Adhesive bonding provides a robust and reliable method for joining materials. Much like how peanut butter and jelly bind two slices of bread, adhesives work to connect components in various applications. However, unlike the temporary bond in your sandwich, the bonds formed by industrial adhesives offer exceptional strength and longevity. These bonds not only secure the materials but also allow for the transmission of loads between surfaces, maintaining the structural integrity of the assembly.
Adhesives typically consist of a polymer or resin combined with a curing mechanism, which facilitates the hardening of the adhesive. Once cured between or on surfaces, this hardening process results in a tenacious and long-lasting bond. Several types of adhesives are available, each with unique properties to suit specific applications. Examples include anaerobic, cyanoacrylate, epoxy, and polyurethane adhesives, along with specialty materials such as UV-cure, moisture-cure, and hot-melt adhesives.
Proper care must be taken to maintain the functionality of most adhesives, as exposure to heat, oxygen, water vapor, freezing, and other environmental factors can impact their performance. Ensuring optimal storage and application conditions is critical to preserving the integrity of the adhesive.
Our Approach:
At GP Reeves, we offer tailored solutions to ensure adhesives are carefully handled and dispensed with precision. Our range of standard pumps, dispensers, and valves is designed to accommodate a wide variety of adhesives, while our ability to customize equipment ensures we can meet the specific needs of your application. We have extensive experience dispensing adhesives for numerous applications, from bonding headliners and ceilings to securing magnets on pistons. Our processes ensure that adhesive delivery is safe, effective, fast, and efficient.
Features and Benefits:
- Resists movement for enhanced stability
- Protects bonds from environmental deterioration
- Ensures even distribution of materials
- Minimal shrinkage for precise application
Types of Adhesives
Two-Component (2K) Materials for Durable Bonds in Any Environment
Overview:
Two-component (2K) materials are known for forming exceptionally strong bonds without requiring specific atmospheric conditions for curing. These materials offer superior strength compared to single-component adhesives due to their unique curing process, which involves a two-part chemical reaction. To illustrate, consider the difference between a single-flavor ice cream cone and a swirl of two flavors—the combination brings added complexity and enjoyment, much like how 2K materials provide enhanced bonding properties.
2K adhesives consist of two components: a resin and a hardener. The ratio of these components plays a critical role in determining the performance of the adhesive, making it essential to establish the correct ratio before application. Typically, the components are combined just prior to application, as the curing process begins immediately after mixing. The curing time may vary depending on the adhesive’s viscosity, consistency, and cure type, but once fully cured, the bond formed by 2K materials is highly resistant to temperature fluctuations and moisture exposure.
There are several types of 2K adhesives, with the most common being two-component epoxies, methyl methacrylate, silicone adhesives, and urethanes. These adhesives deliver strong, durable bonds designed to ensure long-term reliability and success across various applications.
Our Approach:
At GP Reeves, we leverage decades of industry expertise and comprehensive research into manufacturing environments to develop cutting-edge dispensing systems for two-component materials. Our systems are designed to dispense precise ratios at optimal times, streamlining production processes and providing the accuracy and dependability necessary for success.
Our equipment is specifically engineered to handle the unique requirements of 2K materials, with separate chambers and mechanisms for each component to ensure proper mixing only when needed. In addition to our standard product line, GP Reeves offers customizable systems to meet your specific two-component dispensing needs.
Features and Benefits of 2K Adhesives:
- Outstanding durability for long-term reliability
- High dimensional stability
- Thermal and electrical conductivity
- Cures without reliance on external environmental factors
Moisture-Cure Materials: Flexible, Durable, and Built for Harsh Environments
Overview:
Moisture-cure materials are ideal for bonding difficult substrates, withstanding exposure to high temperatures, and maintaining the integrity of sensitive materials that require low shrinkage or minimal distortion. These adhesives and sealants utilize the moisture in the atmosphere to react with the base resin, solidifying as water vapor diffuses into the adhesive. This process results in a durable, long-lasting bond.
Moisture-cure adhesives and sealants are highly resistant to UV rays, allowing them to retain their volume, flexibility, and elastic properties for extended periods, even in challenging environments. Additionally, they are versatile and can adhere to a wide variety of surfaces. Common moisture-cure materials include cyanoacrylates, polyurethanes, and thermoplastic polyurethanes.
Our Approach:
At GP Reeves, we have developed advanced dispensing systems specifically designed to provide a reliable and consistent supply of moisture-cure materials without premature curing. In addition to our standard systems, we offer configurable solutions to meet the unique needs of each application. For example, we employ nitrogen blanketing systems, which introduce a layer of nitrogen between the material and the surrounding air to prevent premature curing. Whether it’s for bonding oven doors or assembling aircraft machinery, GP Reeves is equipped to deliver moisture-cure materials that ensure the right bond for your specific requirements.
Features and Benefits of Moisture-Cure Adhesives:
- Resistance to temperature, water, and chemicals
- Excellent electrical properties
- Effective vibration dampening
- Soft, elastic, and flexible structure
UV-Curing Materials: Fast, Reliable Bonds for Demanding Applications
Overview:
UV-curing materials offer a fast, dependable bonding solution, ideal for applications where rapid curing is essential. Unlike traditional adhesives that may require extended curing times, UV-curing materials harden immediately upon exposure to ultraviolet light or intense heat, typically within 30 seconds. This process results in an optically clear bond that is both strong and long-lasting. Available in epoxy and acrylate forms, the choice of material depends on the specific requirements of your application.
While UV-curing, also known as light curing, is highly effective, it does have some limitations, as the material must have access to UV light or heat for curing to occur. However, these adhesives excel in bonding plastics, rubbers, glass, metals, ceramics, and other substrates, making them a versatile and durable option for a wide range of applications.
Our Approach:
Given the rapid curing nature of UV materials, precision in dispensing is critical. GP Reeves has developed advanced dispensing systems designed to ensure accuracy and control with each application. Our systems are engineered to prevent exposure to ambient light prior to dispensing, ensuring that the curing process proceeds according to the user’s specifications.
In addition to our standard product offerings, we provide customizable solutions to meet your specific UV-curing needs. For example, we can integrate blackout components into our equipment to protect the material from unintended light exposure. At GP Reeves, we are committed to delivering precise, reliable dispensing systems tailored to your unique requirements, ensuring that your UV-curing materials are handled with the utmost care.
Features and Benefits of UV-Cure Adhesives:
- Adheres to a wide range of surfaces
- Highly transparent for optical clarity
- Exceptional strength and stability
- Available in various viscosities to suit different applications
Hot Melt Adhesives: Versatile and Strong Bonds for Dissimilar Surfaces
Overview:
Hot melt adhesives are a unique bonding solution that starts in a molten state and hardens upon cooling to form a strong, durable bond. A helpful analogy is to think of an ice cube: just as ice melts when exposed to heat, hot melt adhesives liquefy when heated. This molten state allows for quick and efficient bonding of various surfaces. Once the adhesive cools, it solidifies into a flexible yet strong bond, offering durability and moisture resistance.
Hot melt adhesives come in a variety of formulations, utilizing both natural and synthetic polymers. Due to their high viscosity, they are particularly effective for bonding porous or permeable substrates. Additionally, hot melts offer the advantage of reusability, as they can be reheated and re-solidified, making them ideal for applications that may require detachment and reattachment. These versatile materials have proven beneficial across a wide range of industries.
Our Approach:
GP Reeves has developed a comprehensive range of dispensing equipment specifically designed to optimize the application of hot melt adhesives. Our solutions are engineered with precision, ensuring that your hot melt applications are executed with the highest level of care, taking into account external conditions that may impact performance. Our engineers have created a variety of advanced dispensing options to suit a wide range of projects.
In addition to our standard equipment offerings, we provide specialized solutions to meet unique application requirements. For instance, our heated hoses maintain the adhesive in its molten state, ensuring better flow and consistent application. Our dedication to problem-solving is especially evident in our work with hot melt materials, and we eagerly embrace new challenges to deliver exceptional results.
Features and Benefits of Hot Melt Adhesives:
- Long-lasting durability
- Moisture-resistant properties
- Environmentally friendly
- No special storage or maintenance required
Application Examples
Battery Development
Shock Thread Locker
Autonomous Vehicles
Cabinet Assembly
Material Guide for Sealant Dispensing
Sealing Materials: Reliable Solutions for Filling, Movement Resistance, and Protection
Overview:
Sealants are essential for applications requiring gap filling, movement resistance, or protection from external materials. Unlike adhesives, which bond surfaces together, sealants are designed to fill spaces between different materials, ensuring an airtight and watertight seal.
Sealants can vary in their properties—ranging from hard and tough to soft and flexible, and from permanent to temporary—making them highly versatile. Regardless of the type, sealants often serve important functions such as providing thermal insulation, managing electrical conductivity, filling uneven gaps, smoothing surfaces, and even acting as fire barriers. Common types of sealants include latex, acrylics, butyls, silicones, and polyurethanes, each offering unique advantages to enhance your sealing process.
Our Approach:
At GP Reeves, we leverage our extensive industry experience and innovative approach to create customizable machinery that streamlines sealant applications. Our sealant dispensing systems are designed for consistency and reliability, ensuring the correct volume is dispensed every time, regardless of material viscosity or environmental conditions. We offer a wide range of material-specific options, including different seals, tubing, and construction materials, along with advanced sensors and monitoring systems to guarantee precision.
With GP Reeves, operators can trust that sealants are applied efficiently and accurately, ensuring that your manufacturing processes run smoothly and effectively.
Features and Benefits of Sealants:
- Durability to withstand harsh environments
- Flexibility to accommodate joint movement
- Capability to fill uneven gaps
- Protection of parts from external debris
Types of Sealants
RTV (Room Temperature Vulcanizing) Material: Ideal for Gap Filling and Surface Bonding
Overview:
Room Temperature Vulcanizing (RTV) materials are silicone-based substances that cure at room temperature when exposed to air. RTV materials create a stable, rubber-like bond through a process of sulfur cross-linking between adjacent polymer chains, making them highly effective for filling gaps and bonding surfaces.
RTVs are available in both one-component and two-component formulations, with one-component RTVs typically curing faster than two-component varieties. Once cured, RTVs form a flexible yet tough gasket that is capable of withstanding even the most demanding external environments. These materials offer a durable, long-lasting solution for applications that require resistance to mechanical stress and challenging environmental conditions.
Our Approach:
At GP Reeves, our engineers have meticulously designed systems for the precise and efficient dispensing of RTV materials. Whether you need to absorb engine vibrations or fill uneven surfaces, our pumps, dispensers, reservoirs, and nozzles are specifically tailored to ensure the successful application of your RTV material.
Understanding the challenges that premature curing can pose, we have developed innovative components, such as our zero-cavity dispense valve. This feature prevents air from coming into contact with the RTV material inside the dispensing nozzle, ensuring a consistent and reliable application. Our commitment is to provide you with optimal solutions for your RTV dispensing needs, helping you achieve success in your projects.
Features and Benefits of RTV Materials:
- Water repellent properties
- Resistance to chemicals and extreme temperatures
- Ability to retain specific shapes
- Resistant to acids and alkalis
Mastics: Flexible, Durable Bonding and Protection for a Wide Range of Surfaces
Overview:
Mastics are a versatile solution when different surfaces need to be bonded or protected. Made from synthetic polymer components, mastics are waterproof, durable, and flexible, making them ideal for creating long-lasting bonds. These materials are particularly effective in applications where a sealed gap is required but must still allow for slight movements. Mastics offer a reliable and resilient solution for a variety of industries and applications.
Our Approach:
At GP Reeves, we have developed advanced dispensing systems specifically designed to apply mastic materials to a wide range of surfaces. Whether you need to bond wood, glass, aluminum, concrete, marble, steel, or duct board, our systems are built to ensure precision and reliability. Our engineers have carefully designed pumps, dispensers, monitors, and valves to ensure proper mastic application, even in heat-resistant and challenging environments.
In addition to our standard product offerings, we take pride in customizing equipment to meet the unique requirements of each application. The potential of mastic dispensing systems is vast, and our team is always eager to tackle new challenges to deliver the best possible results.
Features and Benefits of Mastic Materials:
- Remains flexible after curing
- High heat resistance
- Smooth exterior finish
- Creates extremely strong bonds
Application Examples
Agriculture Transaxle Sealing
Automotive Braking
Windshield Manufacturing
Battery Production
Material Guide for Thermal Interface Dispensing
Thermal Interface Materials (TIM): Reliable Solutions for Heat Dissipation and Transfer
Overview:
Thermal Interface Materials (TIM) are essential for ensuring efficient heat dissipation and transfer between a heat source and a heat sink. By applying TIMs to electronic devices, battery components, or other products, heat can be effectively managed, preventing damage, corrosion, and inefficiency. This extends the product’s lifespan and ensures optimal performance.
TIMs are commonly used in industries such as aerospace, automotive, and battery manufacturing, though their application is rapidly expanding across other sectors. They are available in various forms, including phase-changing materials, gap fillers, thermal greases, and more. The specific type of TIM depends on the needs of the application, but all must be properly handled during the dispensing process to ensure effectiveness.
Our Approach:
At GP Reeves, we have carefully engineered a comprehensive range of dispensing solutions to ensure that TIMs are accurately applied to even the most demanding surface areas. Different TIMs present unique challenges during application, such as evaporation, thermal expansion, or contraction. We offer a full line of standard equipment designed to handle these variations, while also providing customized solutions to meet specific dispensing requirements.
Whether it’s gap filling for electric semi-truck batteries or thin bond line applications in consumer products, GP Reeves is equipped to provide dependable and sustainable TIM dispensing systems that meet the highest standards.
Features and Benefits of Thermal Interface Materials (TIMs):
- Low migration risk
- High thermal conductivity
- Long-term stability
- Versatility for diverse applications
Types of Thermal Interface Materials
Thermally Conductive Adhesives: Effective Thermal Management with Strong Bonding Properties
Overview:
Thermally conductive adhesives offer a dual function of heat dissipation and bonding, reducing the need for traditional structural components like clips or screws. These adhesives are available in various formulations, including silicone adhesives, cyanoacrylates, polyurethane resins, and two-component epoxies. They may be enhanced with materials such as aluminum nitride, boron nitride, alumina, or beryllia to improve thermal conductivity. Thermal adhesives come in both curing and non-curing types. Curing adhesives, available in one-part and two-part formats, cure in place to form a solid elastomer. Non-curing adhesives, which are non-volatile and high in viscosity, remain flexible and do not cure in place.
These adhesives offer a lightweight solution for bonding and provide efficient thermal management between heat sinks and heat sources. Like potting compounds, thermally conductive adhesives encapsulate components for added protection. They also vary in adhesion strength, from removable after curing to flexible or permanent bonds, making them adaptable to the specific needs of different applications. By incorporating thermally conductive adhesives, applications can achieve improved thermal performance, enhanced product quality, extended operational lifetimes, and other significant benefits.
Our Approach:
At GP Reeves, we specialize in handling complex materials, offering a range of dispensing systems that ensure precise, controlled, and efficient application of thermally conductive adhesives. Our equipment is designed to meet the specific requirements of two-component materials, and our team is highly knowledgeable in the unique challenges of dispensing complex adhesives. For thermal adhesives that require special curing processes, such as LED or UV light curing, we provide advanced features to accommodate these needs.
Our engineers also excel at customizing machinery to fit your exact application requirements, ensuring that the dispensing of your thermal adhesive material is smooth and efficient. We are committed to providing you with the most advanced and reliable dispensing solutions for your thermal adhesive applications.
Features and Benefits of Thermally Conductive Adhesives:
- Available in curing and non-curing options
- Provide strong structural bonds
- Reduce gaps and voids
- Help limit component corrosion
Thermal Greases and Pastes: Low Thermal Impedance Solutions for Thin Interface Applications
Overview:
Thermal greases, also known as thermal pastes, are highly conductive materials designed to transfer heat from a heat source to a heat sink. These materials are particularly well-suited for thin bond line applications due to their low thermal impedance, low migration risk, and ability to handle the pressures of assembly processes. By effectively eliminating air gaps or spaces, thermal greases and pastes act as insulators for electrical components. However, it is important to note that these materials do not provide mechanical strength, so additional fixtures, such as screws, are required to secure heat sinks in place.
Typically non-volatile, thermal greases and pastes consist of a polymerizable liquid combined with thermally conductive fillers, such as aluminum oxide, boron nitride, zinc oxide, silver compounds, or alloy galinstan. These materials are available in various packaging formats and are generally easier to handle due to their lower viscosity, making them an efficient choice for precise applications.
Our Approach:
At GP Reeves, we are committed to providing advanced dispensing solutions for thermal grease and paste applications. Our specialized valves and nozzles ensure accurate and consistent application, even on the smallest surface areas. Recognizing that some thermal greases and pastes require low exertion force during application, we have developed solutions that apply the material softly and reliably. Additionally, our systems are equipped to handle solvent components in thermal greases and pastes, and we offer custom solutions to meet the unique demands of your application.
Features and Benefits of Thermal Greases and Pastes:
- Simplifies bill of materials
- Highly conformable to surfaces
- No cure time required
- Fills interface variable tolerances
Thermally Conductive Gap-Filling Materials: Precision Conformity for Complex Topographies
Overview:
Thermally conductive gap fillers are designed to provide low interfacial thermal resistance and reliable thixotropy, making them ideal for enhancing heat transfer within systems or components. These pre-cured, single-component materials are highly conformable, able to adapt to intricate and multi-level surface topographies. Gap fillers offer a wide compression range with minimal force, reducing the stress on electronic components during manufacturing. Their flexibility and ability to conform to complex shapes allow them to serve a variety of applications that require efficient heat dissipation.
Our Approach:
At GP Reeves, we understand that the distance between components is crucial when using gap-filling materials. This requires careful attention to the material’s application, distribution, and viscosity throughout its lifetime. Our precision dispensing systems ensure that the gap-filling material is applied only where needed, maximizing efficiency and minimizing waste. We also offer a range of customizable solutions to meet your specific requirements, from precise patterns such as serpentines, spirals, dots, and Xs to unique configurations tailored to your project’s needs.
Features and Benefits of Gap-Filling Materials:
- Minimal pressure on surrounding components
- No mixing or additional curing required
- Highly adaptable to complex shapes
- Excellent thermal conductivity
Application Examples
Battery Components
Aerospace Cockpit Microelectronics
Gaming System Components
EV Development
Material Guide for Grease Dispensing
Grease Lubrication: Enhancing Production Capacity, Efficiency, and Longevity
Overview:
Proper lubrication with grease can significantly improve a system’s production capacity, efficiency, and overall longevity. Manufacturing greases typically consist of a base oil, a thickener, and performance-enhancing additives. These additives are selected based on specific application requirements and can improve properties such as load-bearing capacity, water resistance, mechanical stability, and oil separation.
Different types of grease vary in their characteristics, including thickness, color, viscosity, and intended use. At GP Reeves, we commonly dispense greases with NLGI grades between 00-1 and 2-3. When the correct grease is applied, operators can expect reduced machine wear, less stress on system components, minimized corrosion and damage, and decreased maintenance demands.
Our Approach:
With extensive experience in grease delivery, GP Reeves has developed a range of precision dispensing machines to ensure that your grease application is both accurate and reliable. Our wide selection of dispensing units is tailored to handle a variety of greases, and we offer customizable solutions to meet the unique needs of your application.
From automotive bearings to medical equipment, we have applied grease to a diverse range of components, and we are committed to delivering solutions that exceed your expectations in grease dispensing.
Features and Benefits:
- Protects surfaces from corrosion
- Aids in assembly processes
- Reduces maintenance needs
- Electrically conductive properties
- Limits deterioration of components
- Decreases operating temperatures
- Water-resistant
- Offers extreme pressure resistance
Types of Grease
NLGI 00-1 Greases: Ideal for Low Viscosity Lubrication Applications
Overview:
Greases classified within the NLGI 00-1 range have a very soft, semi-fluid consistency, often compared to substances like applesauce or tomato paste. These greases are highly effective for applications involving heavily loaded gearing, providing excellent lubrication, long-term stability, and thermal resistance. Due to their low viscosity, NLGI 00-1 greases are versatile and well-suited for machinery systems, assembly lines, and other operations where precise lubrication is essential.
Our Approach:
GP Reeves offers an extensive range of equipment designed to efficiently handle NLGI 00-1 greases. Our engineers have developed reliable products that ensure fast, accurate processing and delivery of these low-viscosity materials. Many businesses have benefited from the performance and precision of GP Reeves’ standard equipment, and we are also capable of customizing our solutions to meet the exact specifications of your project. Whether you require standard or custom configurations, our systems will deliver the perfect solution for your unique application.
Features and Benefits of NLGI 00-1 Greases:
- Capable of withstanding extreme temperatures
- Semi-liquid to soft consistency
- Highly versatile for various applications
- Ideal for low viscosity lubrication needs
NLGI 2-3 Greases: Thicker Consistencies for Versatile Lubrication Applications
Overview:
Greases classified as NLGI 2-3 have thicker consistencies, comparable in texture to peanut butter or vegetable shortening. These firmer greases are widely used in industrial applications, providing effective lubrication and helping to prevent leakage from component parts. With their robust properties, NLGI 2-3 greases offer superior protection against wear and friction, excellent sealing capabilities, and contribute to the long-term durability of components.
NLGI 2-3 greases are highly reliable for a broad range of applications, ensuring that parts remain protected and operational for extended periods, even in demanding environments.
Our Approach:
At GP Reeves, our engineers have meticulously designed high-performance dispensing systems specifically tailored for the delivery of NLGI 2-3 greases. Our equipment is built to handle the thicker consistency of these materials, and we have rigorously tested our systems to ensure they can operate under varying pressures to meet the demands of diverse applications.
In addition to our comprehensive range of standard machines, we offer custom solutions to address the specific needs of your application. Whether you’re looking for tailored configurations or need to accommodate unique operational requirements, GP Reeves is dedicated to delivering reliable and advanced solutions for NLGI 2-3 grease dispensing.
Features and Benefits of NLGI 2-3 Greases:
- Protects against harsh environmental conditions
- Stays in place for prolonged effectiveness
- Water and heat resistant
- Capable of withstanding extreme temperatures
Application Examples
Automotive HVAC
Kitchen Mixer
E-Bike Gears
Driveshaft ID
Material Guide for Oil Dispensing
Oil Lubrication: Enhancing Performance and Durability Across a Wide Range of Technologies
Overview:
Lubricating surfaces with oil is an effective solution for applications where the thicker consistency of grease may not be suitable. Oil lubrication helps reduce friction, heat, and wear on mechanical components that experience high operational stress. For instance, steel components benefit greatly from oil lubrication due to its ability to minimize oxidative wear and handle high contact pressures often associated with such applications.
There are two main types of lubricating oil: mineral and synthetic. Mineral oil is derived from crude oil, while synthetic oil is produced from synthetic hydrocarbons, ultimately originating from petroleum. Both types of lubricating oils offer excellent resistance to flow under specific temperature and pressure conditions, contributing to increased product lifespan and enhanced durability.
Our Approach:
At GP Reeves, oil was one of the first materials we specialized in, giving us extensive experience in optimizing its delivery for a wide range of applications. We offer a variety of equipment, including conveyor chain lubricators, dispensers, reservoirs, and oil pressure vessels, all designed to ensure precise and efficient oil lubrication. Our team also excels in customizing equipment to meet the unique needs of your operation, ensuring that the oil is delivered accurately and effectively for optimal performance.
Features and Benefits:
- Versatile for many applications
- Prevents wear on components
- Effectively dissipates heat
- Reduces friction for smoother operation
- Protects against corrosion
- Provides a fluid seal
Application Examples
Medical Syringes
Chain Lubrication
Dust Cover Seal
Dishwasher Motor
Material Guide for Dry Lubricant Dispensing
Dry Lubricants: Solid-State Solutions for Applications Where Traditional Lubricants Fall Short
Overview:
Dry lubricants are ideal for reducing friction between surfaces in situations where liquid-phase lubricants may be less effective or cumbersome. Unlike traditional lubricants, dry lubricants minimize running, staining, and odor. They are applied in a liquid state and dry upon contact with the surface, leaving behind a thin, durable, and long-lasting lubrication film. Most dry lubricants include a solvent, a lubricant, and often a suspended UV dye. As the solvent evaporates, it leaves a uniform layer of lubricant and UV dye, allowing operators to visually confirm proper application. In cases where a UV dye is not present, the lubricant remains invisible but still provides reliable, enduring performance.
Our Approach:
GP Reeves has developed a range of solutions to ensure the precise and efficient delivery of dry lubricants to various surfaces. Our equipment agitates and recirculates the material to prevent settling, ensuring the UV dye is evenly dispersed. Additionally, we can integrate vision systems to detect the UV dye, providing confirmation that the material has been accurately applied to the designated areas. Our engineers ensure that the confirmation dye is maintained in a way that supports the overall success of your application.
Features and Benefits of Dry Lubricants
- Protects surfaces from corrosion
- High heat tolerance
- Reduces debris buildup
- Ideal for applications with human contact
- Resistant to changes in temperature, pressure, and other environmental factors
Application Examples
Automotive Locks
Torsion Rods
Aerospace Fasteners
Vehicle Cupholders
Materials Managed for You
The team at GP Reeves is enthusiastic about developing a dispensing solution that will make your operation easier, efficient, and more successful. We’ve worked to intricately develop a multitude of products to effectively deliver a wide array of materials to even the most challenging of applications.
Just because a material isn’t included in our public glossary doesn’t mean we don’t have the skills, capabilities, and determination to provide it with a beneficial method of delivery. Our team is eager to conquer your unique application. Get in touch with us today to get the best solution possible for your material.
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