In the food processing and packaging industry, safety and compliance are critical. Rubber parts play an essential role in equipment ranging from conveyor belts to seals and gaskets, making it crucial that these components meet strict safety standards. Understanding which materials are safe and compliant can prevent contamination, ensure regulatory adherence, and protect consumers.
When we think about vehicle innovation, we often focus on engines, electronics, or aerodynamics. Yet behind the scenes, automotive rubber components play a critical role in improving safety, performance, and sustainability. From engine seals and vibration mounts to eco-friendly tires, rubber is quietly driving the next generation of vehicles.
Wondering “How long does rubber last?” In industrial environments, this information is essential for maintaining safety, performance, and cost efficiency. Rubber components—from gaskets and seals to hoses and vibration dampeners—are exposed to heat, chemicals, friction, and environmental stress that can shorten their lifespan. By following best practices for care and maintenance, you can significantly extend… Read more »
When it comes to materials that can handle the toughest environments, industrial rubber is one of the most versatile and reliable. From aerospace engines and automotive seals to heavy-duty manufacturing equipment, rubber components are often the unsung heroes that keep systems running smoothly—even when exposed to extreme heat, freezing cold, or harsh chemicals.
Rubber is a critical material across countless industries—from automotive and aerospace to construction and medical devices. But when it comes to choosing the right type, understanding the difference between natural vs. synthetic rubber is essential. Each type offers distinct advantages depending on the application, cost considerations, and performance demands.
As industries across the globe take action to reduce their environmental footprint, the rubber manufacturing sector is also evolving. At Manufacturer’s Rubber and Supply, we recognize that rubber sustainability isn’t just a trend—it’s an urgent necessity. From sourcing raw materials to developing more efficient production methods, manufacturers are rethinking the way rubber is made and… Read more »
When it comes to high-pressure applications in hydraulic systems and industrial machinery, selecting the right rubber material is critical. The wrong choice can lead to leaks, equipment failure, and costly downtime. This guide will help you understand the properties of different rubber compounds and how to choose the best one for your high-pressure rubber needs.
Rubber is one of the most versatile materials ever discovered, with a rich history that spans millennia. From its humble beginnings as a natural resource used by ancient civilizations to its pivotal role in modern engineering, the evolution of rubber has shaped countless industries and everyday life. Let’s journey through the history of rubber and… Read more »
A rubber product manufacturing process refers to the steps employed in transforming natural or synthetic rubber compounds into finished products. Though common, steps like compounding, extrusion, calendering, molding, or vulcanization help rubber engineers and designers achieve specific performance characteristics by directly influencing a product’s physical properties and functionality in applications.
Fluorosilicone rubber and silicone rubber share many similar mechanical properties, particularly their flexibility over a broad temperature range and excellent resistance to environmental factors such as UV light, ozone, and aging. Each is regarded as a long-lasting elastomer that resists compression set across temperature extremes. Both materials maintain their elasticity at temperatures ranging from approximately… Read more »
