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A Essentra Components possui ferramentas manuais especializadas, projetadas para fins específicos, como "rethreaders" manuais. Temos ferramentas para extrair e instalar pastilhas roscadas, bem como para identificar e verificar tamanhos de rosca.
As anilhas abertas foram concebidas com a ventilação integrada para facilitar a circulação do ar e evitar a acumulação de calor, humidade ou contaminantes em aplicações em que a ventilação adequada seja fundamental. As anilhas são comuns em sistemas de HV e UHV porque a sua abertura central reduz praticamente qualquer fuga de sistemas de elevado vácuo.
Esta linha de anilhas abertas em aço inoxidável é utilizada com parafusos ou outros fixadores para aumentar o desempenho e a durabilidade da montagem e são utilizadas em maquinaria industrial ou componentes automóveis.
Esta gama de Anilhas Cativas tem uma rosca muito fina no seu interior. Isto significa que podem ser aparafusadas, e uma vez atingida a rosca, a anilha não se separa do parafuso cativo.
Como instalar um conjunto de parafuso cativo e anilha:
1) Coloque o parafuso cativo no orifício do painel.
2) Enrosque a anilha no parafuso, para além da parte roscada do parafuso, que retém o parafuso no painel.
As anilhas são feitas em aço inoxidável que oferece boa resistência à corrosão e boa maquinabilidade. O material é muito utilizado para construção civil e aplicações no setor automóvel.
Bloqueia e veda porcas e parafusos na posição.
As anilhas planas, fabricadas em material PEEK, possuem elevada resistência mecânica, excelente resistência química e estabilidade térmica.
Fornecem uma superfície robusta e uniforme, para a distribuição de tensão, o que ajuda a reduzir os danos de montagem e a prolongar a vida útil dos componentes. São ideais para utilização em ambientes com elevadas cargas mecânicas ou movimentos repetidos.
As anilhas mantêm a sua integridade estrutural e desempenho a temperaturas de até 260 C, o que as torna ideais para utilização nas indústrias médica, eletrónica e automóvel. Material: PEEK Cor: Bege Código de série: SR1929
As anilhas vedantes são utilizadas para fornecer uma solução de vedação fiável e eficaz. Contam com um design que cria uma vedação estanque entre duas superfícies, evitando a fuga de fluidos, gases ou contaminantes.
Esta linha de anilhas vedantes incorpora um O-ring de silicone que ajuda a adaptar-se à superfície e preencher os espaços ou imperfeições. São fabricadas em aço inoxidável, que fornece uma boa resistência à corrosão e é ligeiramente magnético.
As anilhas vedantes são normalmente utilizados em equipamentos industriais e aplicações automóveis. São reutilizáveis e resistentes a temperaturas de -75 ºC a +205 ºC.
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.
Anu-Lok Cap Head Captive Screws are intended to offer a secure and vibration-resistant attachment, while remaining permanently connected. Features a cap head design that enables simple torque application with tools like hexagonal keys. Anu-Lok 180 (AnuLok) is a reusable nylon patch that works like to a nylon nut. During installation, the nylon patch contracts to fill the gap within the threads.
The specialised retention mechanism prevents complete detachment from the assembly, due to vibration or mechanical stress, while allowing for repeated fastening and unfastening. This feature is useful in applications requiring maintenance or regular access. Applications include electronic enclosures, machinery guards and structural components.
Please note: These screws have a reduced diameter shank and should not be tightened to the recommended torque for an equivalent machine screw of size d1.
Anu-Lok Cap Head Seal Screws have a cap head design for better torque control and feature a built-in sealing mechanism that is designed for holding a gas-tight seal. Made of stainless steel, which has high corrosion resistance and is somewhat magnetic.
These screws utilize Anu-Lok 180 (AnuLok), a reusable nylon patch that works like a nylon nut. During installation, the nylon patch contracts to fill the gap within the threads, creating a holding mechanism that prevents the screw from detaching due to vibrations or mechanical stress.
With a hexagonal socket head, they can be easily tightened or loosened using an hexagonal wrench or key.
The Anu-Lok Cap Head Shoulder Screws feature a cylindrical shoulder that distinguishes the screws head from its threaded section. This shoulder is precisely machined to serve as a bearing surface for the screw head.
These screws utilise Anu-Lok 180 (AnuLok), a reusable nylon patch that works like a nylon nut. During installation, the nylon patch contracts to fill the gap within the threads, creating a holding mechanism that prevents the screw from detaching due to vibrations or mechanical stress.
Equipped with a hexagonal socket head, these screws can be easily tightened or loosened using a hexagonal wrench or key.
These Ball and Socket Joints may be used to join two components in various ways. It is strong and long-lasting, guaranteeing dependable performance even under enormous loads. It allows for efficient and accurate movement, ensuring smooth operation and reducing friction.
It has a ball-shaped end and a socket-shaped housing, giving it a lot of mobility and flexibility. Its design allows rotation and angular motion, making it perfect for multidirectional applications.
It is supplied without a hexagon nut. Due to their ease of installation and secure connection, they are extensively used in automation systems, medical equipment, and construction equipment.
These Ball and Socket Joints with flat housings are used to connect two items together. The joints' ball and socket system allows for smooth and flexible movement in numerous directions. The flat part of the housing aids installation by allowing a spanner to grip the part.
The ball and socket provide long-lasting performance and smooth operation by reducing friction and wear in connecting components by allowing flexibility where there are offsets.
It is supplied without a hexagon nut. Due to their ease of installation and secure connection, they are extensively used in automation systems, medical equipment, and construction equipment.
These Ball and Socket Joints with sealing caps are used to connect two components in numerous ways. It has little friction and wear, assuring long-lasting performance for smooth operations.
They are made up of a ball that fits into a socket, allowing the two sections to move freely relative to each other. In most ball and socket joints, the ball is positioned on a spindle that spins within a housing. The housing is typically affixed to each of the two components being combined. A sealing cap is connected to the housing to prevent dust, debris, and other particles from entering the joint and causing damage.
It is supplied without a hexagon nut. Due to their ease of installation and secure connection, they are extensively used in automation systems, medical equipment, and construction equipment.
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.
Captive screws with washers that feature a cap head and a hexagonal drive. Hexagonal drives are ideal for precision assembly and are particularly useful when space is limited.
These screws are an excellent option for panels with non-threaded holes.. Each screw includes an integrated washer that ensures secure retention in unthreaded panels. This evenly distributes the load and reduces the risk of damage to delicate surfaces.
Please note: These screws have a smaller shank diameter and should not be tightened to the recommended torque for an equivalent screw of the displayed thread size.
These Clevis Joints with Pin are a coupling in which the mating parts fit between the forks and are secured in position by clevis pins. They serve as a U-shaped connection between two rods or shafts to facilitate tractive or linear thrust movements.
The clevis pin is held with a cotter pin and a washer to prevent it from falling loose. This ensures the joint's stability and integrity, even under heavy loads and stresses. If necessary, the joint can be disassembled for maintenance by withdrawing the cotter pin. This enables component inspection, lubrication, or replacement, assuring the joint's continuous performance and durability.
They are easy to install and adjust using standard thread. They are most typically employed as a coupling on the end of air cylinders or at each end of a turnbuckle or wire rope for tensioning. Still, they can also be found in various other sectors and applications such as automotive, construction, and manufacturing.
Steel Clevis Joints, with retention clips, are a type of coupling in which the matching parts fit between the forks and are held in place by retention clips. They form a U-shaped connection between two rods, or shafts, to allow for tractive or linear thrust movements.
The retention clip is a clip that locks into place around the base of the clevis, preventing accidental disconnection and resulting in a clean, compact assembly. The steel substance ensures longevity and its ability to endure high forces, as well as resistance to wear and corrosion. If necessary, the joint can be dismantled for maintenance by removing the retention clip. This allows for component examination, lubrication and replacement.
Most commonly employed as a coupling on the end of air cylinders, at the ends of turnbuckles or for wire rope for tensioning, and used in industries such as construction, automotive and manufacturing.
Clevis Pins with Thread are a specialised type of fastener used in mechanical assemblies, providing a secure yet detachable connection between components.
Unlike standard clevis pins, which are held together by a hole and a cotter pin, a threaded clevis pin has external threading on one or both ends, and this allows fastening with a nut or other fastener mechanism.
The threaded design enhances a more permanent installation and prevents unintentional disengagement. This makes these pins ideal for applications that require greater security and stability.
As porcas vedantes integrais são um tipo de fixador com uma funcionalidade de vedação integrada, combinando a funcionalidade de uma porca e um componente vedante numa única unidade. Estas porcas fornecem uma ligação fiável e estanque ao mesmo tempo que simplificam o processo de montagem e eliminam a necessidade de componentes vedantes adicionais. Impedem a entrada de água, pó ou outros componentes e aumentam a força de aperto, reduzindo o risco de desaperto devido a vibrações, movimento ou forças externas.
Esta linha de porcas sextavadas vedantes integrais incorpora um O-ring, que é comprimido e apertado entre a porca e a superfície de contacto. São adequadas para temperaturas entre -100C e +260C e são reutilizáveis.
As porcas vedantes integrais são utilizadas em furos roscados e não roscado em aplicações como armários ou utilizadas nas indústrias automóvel, de maquinaria e elétricas.
Countersunk Hexagon and Torx Head Screws, made from PEEK, provide exceptional mechanical strength, chemical resistance and thermal stability.
The countersunk head design allows it to sit flush with a surface. It provides a clean, low-profile finish that is suitable for precision assembly.
Retains its structural integrity and performance at temperatures up to 260C. This makes it ideal or use in medical, electronics and automotive sectors. Material: PEEK Colour: Beige Series Code: SRK0086, SR2011
Nesta linha utilizada com parafusos de avanço, pode encontrar uma vasta gama de porcas quadradas, dependendo das suas necessidades: porcas de bronze quadradas com furos de fixação, porcas de cobre quadradas, porcas de aço quadradas e porcas de aço quadradas com furos de fixação.
O flange de retenção do parafuso cativo é uma alternativa a bater no painel ou a utilizar uma anilha de retenção. O flange do retentor é fixada ao painel por estampagem da cabeça num furo rebaixado.
De seguida, o parafuso cativo é simplesmente enroscado através do flange e retido no painel.
Os flanges são feitos de aço inoxidável, que possui uma boa resistência à corrosão, ou de alumínio, que possui uma boa condutividade térmica.
These Flanged Aluminium Carriages are a type of linear bearing that is particularly useful for heavy loads in a range of applications where they guide and support linear motion. Their rails are made of contoured aluminium with two hardened stainless steel shafts pressed to act as the runner block balls' raceways.
-The flange design provides both a greater surface area for the moving component to be mounted to, but also the ability to fasten to the moving part from either above or below the carriage.
It works well in harsh conditions or weight critical applications since it is more lightweight and corrosion-resistant than steel ones. It can be used in various applications, including machinery, aerospace, handling technology, machine enclosures, medical, food, etc.
These Flanged Linear bushing Carriages are used in linear motion systems to guide and support moving parts. It comprises of a steel linear bushing inside a flanged aluminium housing providing a great surface area to mount to.
The aluminium housing helps to keep the weight down whilst the hardened steel balls inside the bushing take the loads and facilitate the movement. Only to be used on hardened linear shafts.
The open bearing carriages are only for use with shaft support rails. It can withstand temperatures from 20C to +80C. However, steel ball retainers can be provided for higher temperature applications up to +120C without end seals. Commonly used in applications such as food packaging machines, printing machines, computers, or tool grinders.
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
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