Rubber’s properties include durability, elasticity, flexibility, resistance to an array of harsh chemicals, and unforgiving environmental conditions. Rubber has many commercial, domestic, and industrial uses when made into sheeting. What is Rubber Sheeting? Though this is often the case, rubber is not always just flat pieces of pure rubber. Sometimes, cloth coated with rubber is… 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 »
The aerospace industry values rubber components‘ applications mainly due to the many unique properties of various types of rubber. The material is noted for its flexibility, elasticity, durability, resistance to deformation, tensile strength, and ability to perform in extreme temperatures and withstand harsh chemicals and various environmental conditions. Such mechanical properties are crucial for sealing,… Read more »
Silicone rubber O-rings are a type of mechanical seal used in a wide range of applications. Such O-rings are made from a type of silicone rubber, a synthetic rubber polymer regarded for its excellent mechanical properties that are specifically formulated to provide excellent sealing and resistance.
Rubber permeability, a crucial property of rubber compounds, denotes the rate at which molecules of specific gases, vapors, or liquids permeate a rubber material. Understanding the permeability of rubber is vital for assessing its suitability for applications such as O-rings, gaskets, and seals.
Avoiding O-ring leaks in applications is necessary to maintain the integrity of mechanical systems. Compromised O-rings reduce efficiency, performance issues, and potential system failures. By preventing leaks, you ensure the system operates as intended and maintains functionality.
In the world of manufacturing and product development, liquid silicone rubber (LSR) has emerged as a versatile material with a wide range of applications and benefits. From consumer electronics to medical devices, the use of LSR has revolutionized various industries, offering unparalleled advantages in terms of flexibility, durability, and precision.
What is a gasket? Typically, “gasket” is a common term for a sealing device positioned at the point where two surfaces meet. Gaskets are in buildings, electronic equipment, motor vehicles, and a plethora of other mechanisms, performing similar functions to seals. Although commonly shaped like rings, gaskets can also come in other shapes. But how… Read more »
A high-temperature O-ring consists of material that can function effectively at elevated temperatures. Damaged O-rings and related performance issues common to O-ring failure at high temperatures can be directly attributed to incorrect material for the application. Every type of elastomeric material used for O-rings has its own temperature limits to function effectively. Exceeding these limits… Read more »
