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(68 conjuntos de productos)
These Clevis Joint Mating Pieces are meant to work with the clevis joint, allowing for smooth and controlled movement. These are intended to fit between our clevis joints to provide a connection where an angular offset is required.
The excellent fit of the mating piece provides for a tight and solid connection with the clevis joint, assuring stability, reliability, and optimal load transmission. The smooth surface finish of the mating piece decreases friction and wear between the mating components, contributing to the overall longevity and efficiency of the joint.
It ensures they remain aligned and engaged under varying loads and conditions by providing a reliable and safe connection. The thread size is designed to match the clevis joint, making installation and removal simple. Used in various applications for steering linkages, suspension systems, and control mechanisms in the automotive industry, manufacturing, and construction.
These Cylinders are designed to dampen shocks, and absorb and dissipate vibrations, reducing the impact on surrounding equipment or structures.
By effectively dampening vibrations, anti-vibration cylinders help improve equipment performance, reliability, and lifespan. Furthermore, the dampening action of these cylinders helps to minimise the noise created by vibrations, resulting in a calmer and more comfortable working environment.
They should never be mounted in tension but in even load and should only be utilised in axial or radial directions. They are often used in machinery, compressors, air conditioning units, and light engineering equipment.
Esta gama de arandelas tiene una rosca muy superficial en el diámetro interior. Esto significa que se pueden atornillar, y una vez pasadas las roscas no se separan del perno o el tornillo de fijación.
Cómo instalar un conjunto de arandela cautiva y tornillo de fijación:
1) Coloque el tornillo de fijación en el orificio del panel.
2) Rosque la arandela en el tornillo, hasta pasar la parte roscada del tornillo, que retiene el tornillo en el panel.
Las arandelas están fabricadas en acero inoxidable, que proporciona una buena resistencia a la corrosión y la maquinabilidad. Este material es una opción popular para las aplicaciones de los sectores de la construcción y la automoción.
Las arandelas de sellado se utilizan para proporcionar una solución de sellado fiable y efectiva. Presenta un diseño que crea un sellado estanco entre dos superficies, evitando fugas de fluidos, gases o contaminantes.
Esta gama de arandelas de sellado incorpora una junta tórica de silicona que ayuda a que encaje en la superficie y llene orificios e imperfecciones. Están fabricados en acero inoxidable, que proporciona buena resistencia a la corrosión y es levemente magnético.
Las arandelas de sellado suelen utilizarse en equipos industriales y aplicaciones de automoción. Son reutilizables y resistentes a una temperatura de -75 ºC a +205 ºC.
Las arandelas de ventilación se utilizan con tornillos de ventilación para contribuir a la liberación rápida de gases de orificios roscados. Las arandelas son una opción común para los sistemas vacío alto (HV) o vacío ultra alto (UHV) porque la función de ventilación ranurada reduce posibles filtraciones de sistemas de vacío alto.
La brida de retención con tornillo del panel cautivo es una alternativa a roscar el panel o usar una arandela de retención. La brida de retención se fija al panel combando la cabeza en un orificio avellanado.
El tornillo del panel cautivo solo tiene que roscarse a través de la brida y se retiene en el panel.
Las bridas están fabricadas en acero inoxidable, que ofrece una buena resistencia a la corrosión, o en aluminio, que tiene una buena conductividad térmica.
These Female Heavy Duty Rods join two rods, cables, or other components and end with an Integral Spherical Plain Bearing. They comprise a female threaded housing and an integrated spherical plain bearing. The spherical plain bearing supports both radial and axial loads. It allows for angular misalignment, making it ideal for applications requiring flexibility and load-carrying capabilities.
The rod end ball is supported by a plastic bearing shell constructed of glass fibre-filled nylon/Teflon composite. This design assures a rod end that requires no maintenance. Plain-bearing rod ends have minimal initial movement friction and nearly no clearance. Another benefit of the plastic composition is that it can absorb many foreign particles, thus reducing injury.
It offers a long-lasting finish that is resistant to corrosion and wear. The female threaded housing makes it simple to connect to a corresponding component. It can also withstand temperatures ranging from -30C to +60C while maintaining load capacity. Higher temperatures lower load capacity. It is utilised in steering systems, suspension systems, and linkages for automotive, construction, and industrial automation. applications
Atornille el macho y la hembra juntos en cuestión de segundos para obtener un componente de unión rápida, fácil y segura. Se facilita en juegos que incluyen el macho y la hembra. Fabricado con PEAD.
These Linear Guide rails are a linear motion-bearing system used to guide and support moving components in a linear direction. Linear guide rails are made up of two major components: a rail and a carriage. The rail is a long, straight beam attached to a permanent surface. The carriage is a moving block that goes along the rail. The carriage comprises bearings that make contact with the rail and offer low-friction linear motion.
These rails are used in applications requiring high accuracy, low friction and smooth movements. It can sustain dynamic loads while accounting for impact, vibration, and fatigue.
In general, the carriages will be delivered to the tracks individually. To put the carriage onto the tracks, bring it up to the rails and slide it onto the rail. It is widely utilised in high-load and accurate applications throughout the industry, including medical devices, semiconductor production equipment, and industrial automation equipment.
Lock and seal nuts and bolts in position.
These Miniature Linear Rails are used to direct and support moving loads. It delivers smooth and accurate linear motion in small systems. They comprise a foundation rail, a sliding block, and a series of rolling parts. The base rail is attached to the machine frame, and the slide block slides along it. The rolling components, commonly ball bearings, sustain the weight and decrease friction between the sliding block and the base rail.
It can withstand dynamic loads while considering impact, vibration, and fatigue. As this is a precise system they must be mounted on accurately prepared surfaces.
The carriages come mounted on dummy blocks. Offer the carriage up to the rails and move it off the block and onto the rail to install it. They are often smaller and lighter than regular linear rails, making them excellent for applications requiring restricted space and weight, such as scientific applications, medical equipment, or semiconductor manufacturing.
These miniature rail carriages are a compact and versatile solution for achieving precise linear motion in small-scale applications. They're perfect for applications that need accurate placement and fluid movement in constrained places due to their small size, or applications requiring corrosion resistance as they are made from stainless steel.
The rails' 45 contact gothic arch design guarantees similar load capabilities in all directions. These rails move smoothly and feature a low coefficient of friction and break-away forces. It can sustain large weights, is resistant to corrosion, and is resilient to wear and tear.
Carriages come with a plastic dummy rail. It should be mounted by putting the dummy rail up against the end of the real rail and sliding it from one to the other. It is capable of withstanding temperatures between -40C and +80C. Used in different applications, including medical devices, pharmaceuticals, small automation systems, and optical equipment.
Los tornillos de sellado son un tipo de fijación diseñada con una función de sellado para ofrecer una conexión segura y estanca para varias aplicaciones, lo que minimiza el riesgo de que se aflojen por la vibración o el movimiento. Impiden la entrada de agua, polvo u otros contaminantes, garantizando una conexión fiable y segura.
Los tornillos de sellado se utilizan en orificios con o sin rosca en aplicaciones como armarios o usadas en el sector de la automoción o la electricidad.
Esta gama de tornillos de sellado tiene una cabeza aplanada con una forma Phillips. La forma Phillips es la más recomendada, porque proporciona buen control del ajuste en la instalación. Además, estos tornillos incorporan una junta tórica que se comprime y aprieta entre la cabeza y la superficie de acoplamiento para completar un sellado más seguro. Están fabricados en acero inoxidable, que proporciona buena resistencia a la corrosión y es levemente magnético.
Los tornillos de ventilación son fijaciones con características de ventilación que permiten que los gases atrapados en el fondo del orificio roscado escapen por el núcleo. Esto proporciona un flujo de aire dentro de la aplicación o montaje que protege del calor y la humedad. Los tornillos son una opción común para los sistemas vacío alto (HV) o vacío ultra alto (UHV) porque la función de ventilación central reduce posibles filtraciones de sistemas de vacío alto.
Esta gama de tornillos de ventilación incluye una cabeza para máquinas aplanada con forma hexagonal. La forma hexagonal es adecuada para montajes de precisión y cuando la superficie disponible es limitada. Ideal para usarse en cabinas, carcasas y máquinas selladas. Están fabricados en acero inoxidable.
Los pernos de sellado integral son un tipo de fijación diseñada con una función de sellado para proporcionar una conexión segura y estanca a varias aplicaciones. Esto minimiza el riesgo de que se aflojen por la vibración o el movimiento. Impiden la entrada de agua, polvo u otros contaminantes, garantizando una conexión fiable y segura.
Los pernos de sellado integral se utilizan en orificios con o sin rosca en aplicaciones como tuberías, válvulas o bombas.
La gama de tornillos de sellado cuentan con una cabeza hexagonal con una junta tórica incorporada, que se comprime y aprieta entre la cabeza y la superficie de acoplamiento para completar el sellado. Están fabricados en acero inoxidable, que proporciona buena resistencia a la corrosión y es levemente magnético.
Atornille el macho y la hembra juntos en cuestión de segundos para obtener un componente de unión rápida, fácil y segura. Esta es la parte hembra o lado receptor. Las piezas roscadas macho se venden por separado.
These Shoulder Screws, also known as shoulder bolts, are a type of fastener with a cylindrical shoulder that separates the screw's head from its threaded part. The shoulder is machined to a precise tolerance and serves as a bearing surface for the screw head.
Shoulder Screws are useful in situations that call for a mounting pin, dowel, joint, shaft, or sliding action. It is somewhat magnetic, strong, and corrosion resistant, but not in very harsh conditions.
This range of Shoulder Screws features a hexagonal socket head, which allows them to be easily tightened or loosened with an Allen wrench or hex key. They also feature a non-smooth head, which aids in gripping. These screws are suitable for electronics, machinery and automotive applications.
These Pan Head Shoulder Screws, also known as pan head shoulder bolts, are a type of fastener that consists of a cylindrical shaft with a pan head at one end and a shoulder at the other. The shoulder is machined to a precise tolerance and serves as a bearing surface for the screw head.
Shoulder Screws are useful when a mounting pin, dowel, joint, shaft, or sliding motion is required. It is sturdy and corrosion-resistant, but not in really hard conditions.
This range of Shoulder Screws features a pan head that is slightly domed and a flat bearing. It is suited for low-profile applications and has an aesthetically attractive appearance. Easy to install or remove using slotted screwdrivers. These screws suit electronics, medical devices, machinery and automotive applications.
These Shoulder Screws, often known as shoulder bolts, are a kind of fastener having a cylindrical head and a threaded shank. They feature a shoulder that runs from the head to the shank which is machined to a precise tolerance. Shoulder screws are commonly used to connect two components, with the shoulder acting as a bearing surface.
Shoulder Screws are appropriate for applications requiring a mounting pin, dowel, joint, shaft, or sliding motion.
This range of Shoulder Screws features a slotted head, which allows them to be driven with a slotted screwdriver. They are magnetic and have excellent shear resistance, although they corrode somewhat more easily than conventional shoulder screws. These screws are suitable for electronics, machinery, automotive and construction applications.
These Spring Plunger with a ball and slotted are used for locating, applying pressure, and lifting off. They have three components: a threaded body, a stainless ball, and a spring mechanism. The spring on the plunger provides the necessary force to keep the plunger in either the extended or retracted position.
The slotted design allows for simple adjustment and exact positioning, allowing one to fine-tune the plunger's extension or retraction to fit individual needs. While the stainless ball is selected for its outstanding corrosion resistance, it ensures the plunger's longevity and reliability even in tough settings. Additionally, the stainless steel ball enables smooth functioning, eliminating friction and wear.
It is simple to install and use and is designed to handle high stress and pressure. The threaded body makes it easy to integrate into existing systems or buildings. It can withstand temperatures up to 250C. These spring plungers are widely utilised in various industries, including medical, optics, orthopaedics, machine and fixture design, lighting equipment, and electronic components, due to their endurance and versatility.
These Spring Plunger with Ceramic Ball and slotted are used for locating, applying pressure, and lifting off. They have three components: a threaded body, a ceramic ball, and a spring mechanism. The spring on the plunger provides the necessary force to keep the plunger in either the extended or retracted position.
The slotted design allows for simple adjustment and exact positioning, allowing one to fine-tune the plunger's extension or retraction to fit individual needs. While the ceramic ball has high hardness, wear, and corrosion resistance, it reduces the possibility of galling or damage to the mating surfaces.
It is simple to install and use and is designed to handle high stress and pressure. The threaded body makes it easy to integrate into existing systems or buildings. It can withstand temperatures up to 250C. These spring plungers are widely utilised in various industries, including medical, optics, orthopaedics, machine and fixture design, lighting equipment, and electronic components, due to their endurance and versatility.
These Spring Plungers with a pin end and a Hexagonal socket are used for locating, applying pressure, and lifting off. They have three components: a threaded body, a pin end, and a spring mechanism, as well as a hexagonal socket. The spring on the plunger provides the necessary force to keep the plunger in either the extended or retracted position.
The slotted design enables easy adjustment and precise alignment, allowing the plunger's extension or retraction to be fine-tuned to meet individual needs. The plunger pin can be quickly extended or retracted using manual force by push fitting, allowing for rapid modifications or changes in position.
The hex socket makes it easy to drive the spring plunger with a hex key. The threaded body makes it easy to integrate into existing systems or buildings. If the Pin is made of thermoplastic, it can withstand temperatures from -30C to +50C; however, if your Pin is made of stainless steel, it can withstand temperatures up to 250C. These spring plungers are widely utilised in various industries, including medical, optics, orthopaedics, machine and fixture design, lighting equipment, and electronic components, due to their endurance and versatility.
These Spring Plungers - Pin - Slotted are used for positioning, indexing, applying pressure, lifting off, and locking. They are made of three parts: a threaded body, a plunger pin, and a spring mechanism. The plunger's spring provides force to hold the plunger in either the extended or retracted position.
Commonly used for precise alignment and secure positioning of components. Extending or retracting the plunger pin can lock or release a component, ensuring accurate alignment and preventing unintended movement. When the plunger pin is extended, it locks into place, preventing the component from being accidentally moved or dislodged.
It is simple to install and use and is designed to handle high stress and pressure. The threaded body makes it easy to integrate into existing systems or buildings. The plunger pin can be easily extended or retracted using manual force by push fitting, allowing for quick adjustments or changes in position. It can withstand temperatures up to 250ºC and is commonly used in industry sectors such as machine and fixture design, electronics, medical and lighting equipment.
Los tornillos de sellado son un tipo de fijación diseñada con una función de sellado para ofrecer una conexión segura y estanca para varias aplicaciones, lo que minimiza el riesgo de que se aflojen por la vibración o el movimiento. Impiden la entrada de agua, polvo u otros contaminantes, garantizando una conexión fiable y segura.
Los tornillos de sellado se utilizan en orificios con o sin rosca en aplicaciones como armarios o usadas en el sector de la automoción o la electricidad.
Esta gama de tornillos de sellado cuentan con una cabeza de botón de forma hexagonal con una junta tórica incorporada, que se comprime y aprieta entre la cabeza y la superficie de acoplamiento para completar el sellado. Están fabricados en acero inoxidable que proporciona buena resistencia a la corrosión y es levemente magnético.
Esta gama de tornillos presentan una cabeza hexagonal. Las cabezas hexagonales son ideales para los montajes de precisión y su uso ideal es donde hay menos superficie disponible. Estos tornillos están disponibles en una selección de dos opciones de cabezal bajo.
La primera de estas opciones ayuda a reducir el espacio de la altura del cabezal general del tornillo, lo que significa que no se requiere avellanador, a diferencia de los tornillos de cabeza plana. La segunda opción tiene un perfil extremadamente bajo y no necesita agujero con posicionamiento avellanado. Estos tornillos son ideales para aplicaciones de máquinas y equipos con un espacio mínimo.
Los tornillos suelen utilizarse con arandelas cautivas roscadas (se venden por separado).
Estos tornillos están fabricados en acero inoxidable austenítico, que proporciona una buena resistencia a la corrosión y la maquinabilidad. Este material es una opción popular para las aplicaciones de los sectores de la construcción y la automoción.
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