TRANSMISSION

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  UNIVERSAL CARDAN JOINT

  <h2>Cardan Universal Joint. Buy online at the best price</h2><p> <strong>The cardan universal joint is a mechanical mechanism responsible for transmitting the rotary movement</strong> that occurs between axles that are at different angles. The universal joint is a simple but robust mechanism, it consists of two fork-shaped pieces, which are connected to each other through a pin, this one in the shape of a cross. The ends of the cross are installed under pressure in the forks, so if the driving axle moves, it transmits the movement to the other axle, being able to generate an inclination of up to 45º.</p><p> There is a wide range of universal joints to satisfy all torques in different sizes.</p><p> There are several types of cardan universal joints:</p><ul style="list-style-type:disc;"><li> <strong>Needle bearing:</strong> This is a gasket suitable for high precision applications where little space and high torque are required. Induction hardening, grinding and polishing of components, combined with the insertion of the bushings into the forks, allows for greater precision and longer product life. Each component is produced in-house to ensure quality standards. This series guarantees maximum mechanical performance.</li><li> <strong>Of high speed.</strong> Needle bearings and the high speed achieved are the main design features of these joints and transmissions. Suitable for applications where high speeds are required. Each component is produced in-house to ensure quality standards</li><li> <strong>Double universal joints.</strong> This type of joint allows a 90º inclination. The cementing and hardening of the components of the central body allows a longer life of the product. Each component is produced in-house to ensure quality standards. This series meets market requirements and guarantees mechanical performance at a low price.</li><li> <strong>Extendable with needle bearing for high revolutions.</strong> Assembled with universal joints. This type of universal joint is extensible and allows axial and longitudinal movement. Carburizing and hardening the core body components allows for longer product life. Each component is produced in-house to guarantee quality standards. This series meets market requirements and guarantees mechanical performance at a low price.</li></ul><p> <strong>All universal joints are made of steel or stainless steel</strong> . They are treated with various types of cementation.</p><p> The applications of universal joints are very varied, used in the automotive and aeronautical industries, in short, in any sector where rotation movements must be transmitted at non-concentric angles.2</p>
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  SPLINED SHAFTS DIN-5463

  <h2>Splined shafts DIN 5463. Buy online at the best price</h2><p> <strong>DIN 5463 spline shafts</strong> are a type of spline shaft with a straight tooth shaped cross section and complying with the technical specifications of DIN 5463. These shafts are commonly used in power transmission applications such as in drive systems hydraulic and pneumatic, as well as in construction and agricultural machinery. They can be supplied up to a length of 5 meters. And from a diameter of 14 to a diameter of 54 mm.</p><p> DIN 5463 specifies dimensions and tolerances for spline shafts, including shaft diameter, number of teeth, tooth angle, tooth depth, and the fit tolerance of the shaft with the corresponding spline coupling. DIN 5463 spline shafts are typically made of high-strength C-40 steel to ensure greater durability and fatigue resistance, They are also made of stainless steel for aggressive environments.</p><p> The corresponding spline coupling, hub or nut slides over the spline shaft and is secured in place by a set screw or nut. Splined connection provides reliable torque transmission and precise alignment between shaft and coupling.</p><p> Spline shafts are used in a wide variety of power transmission applications, including:</p><ul><li> <strong>Hydraulic and pneumatic systems:</strong> Splined shafts are used in hydraulic and pneumatic cylinders to transmit the force generated by the fluid to the piston and move valve systems and other components.</li><li> <strong>Construction and agricultural machinery:</strong> Splined axles are used in heavy machinery, such as excavators, backhoes, loaders, tractors and combines, to transmit engine power to wheels, tracks and other systems.</li><li> <strong>Automotive industry:</strong> Splined axles are used in the power transmission of vehicles, such as in the connection between the gearbox and the wheels.</li><li> <strong>Manufacturing Equipment:</strong> Splined shafts are used in manufacturing equipment, such as in the connection between electric motors and in-line drive devices, to transmit power safely and efficiently.</li><li> <strong>Mining Equipment:</strong> Splined shafts are used in mining equipment, such as in the connection between motors and transportation systems such as conveyors and chain conveyors.</li></ul><p> In general, spline shafts are used in any application where reliable and accurate power transmission is required, and where precise alignment between components is important to ensure safe and efficient operation.v</p>
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  TRAPEZOID SPINDLES

  <h2>Trapezoidal Spindles. Buy online at the best price</h2><p> <strong>DIN-103 trapezoidal spindles</strong> are a type of transmission mechanism from rotary motion to linear motion. It consists of a threaded shaft with a trapezoidal shape and a nut that slides on the thread of the spindle. As the spindle rotates, the nut moves along the spindle axis, converting rotary motion into linear motion.</p><p> Trapezoidal thread features include:</p><ul style="list-style-type:disc;"><li> <strong>Trapezoidal shape:</strong> The shape of the trapezoidal thread resembles a trapezoid with a wider base and a narrower top. This shape provides a lower thread angle and greater crest width, resulting in greater force transmission efficiency and rigidity.</li><li> <strong>Pitch angle:</strong> The pitch angle of trapezoidal thread is usually 30 degrees. This pitch angle accommodates linear loads, resulting in increased load capacity and wear resistance.</li><li> <strong>Wider crest:</strong> The crest of a trapezoidal thread is wider than that of a square or round thread. This allows for greater load distribution and greater resistance to wear and fatigue.</li><li> <strong>Continuous thread:</strong> The trapezoidal thread is a continuous thread thread, meaning it does not have flat sections like square or rectangular type threads. This allows greater efficiency in force transmission and greater system rigidity. They have a threaded entry.</li></ul><p> <strong>Trapezoidal spindles</strong> are commonly used in machine tools such as lathes and milling machines, gate lifters as well as other industrial equipment. They are an efficient way to convert motor rotation into linear motion to move workpieces or tools in a straight line, such as the spindle feed of a drilling machine.</p><p> The trapezoidal shape of the spindle thread provides greater efficiency in force transmission and greater rigidity than threads with round or square shapes. Additionally, the geometry of the screw and nut allows for greater control over the precision of the linear movement and the load that can be supported. This precision load is 100 It has a hardness of 250 HB. They are available in threads from TR-10 to TR-90 and it is also possible to supply right-hand threads and left-hand threads. The trapezoidal spindles are made of carbon steel EN 180083-2 IC45 – 1053 and also in quality INOX 304 A2 AISI-304 and INOX-316 A4 AISI-316 steel.</p><p> Trapezoidal spindle nuts are essential components in linear motion transmission systems. These nuts are specifically designed to fit and slide over the trapezoidal thread of the spindle and convert the rotary motion of the spindle into linear motion. The tolerance of these nuts is 7H.</p><p> There are various shapes of nuts for each need, such as cylindrical nuts, hexagonal nuts, nuts with a flange that has built-in holes for fixing.</p><p> Likewise, we have several types of materials for these nuts, Steel, Stainless steel, bronze and plastic and even combinations between these that cover all the needs of the market.</p>
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  RESHIPMENTS

  <h2>Angular forwardings. Buy them online at the best price</h2><p> An angular gear is a mechanical device used to change the direction, rotation or magnitude of an applied force. It consists of two or more toothed wheels that are connected by a 90º gear.</p><p> The forwards can have 2 or 3 axes and each of these axes can have a direction of rotation different from the primary one. Depending on the gear that is mounted, the ratio can vary from 1:1 or 1:2, reducing the revolutions of the primary shaft to half of the secondary shaft or shafts.</p><p> The gears have helical conical teeth, made of alloy steel, case-hardened and tempered and guarantee good operation in both directions of rotation. The axles are made of refined and tempered steel. An exception is gearboxes with reduction ratios, in which the input shafts (axis A) are made of alloy steel, case-hardened and ground.</p><p> Mechanical transmissions can be very useful when you need to transmit a force or motion through a particular angle, distance or direction. These devices are very accurate and reliable, and are used in a wide variety of industries and applications.</p><p> Mechanical angle gear is used in a wide variety of applications, from changing directions to power steering in an automobile. In each case, mechanical forwarding is used to transmit a force or motion from one location to another as efficiently as possible.</p><p> One of the most common examples of mechanical gearing is an automobile transmission system, which uses a series of gears and shafts to transfer power from the engine to the wheels. Another example is the transmission used in the steering of a car, which uses a series of gears and rods to translate the movement of the steering wheel into the direction of the wheels.</p>
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  JOINTS AND BALL JOINTS FOR CYLINDERS

  <p>Buy JOINTS AND BALL JOINTS FOR CYLINDERS online at the best price. Transmission of rotary or rectilinear movement. Widely used to provide movement to pneumatic cylinders in their respective fixings. Also used to prevent alignment offsets. They can be made of steel or stainless steel. Wide range of fixings, both for the cylinder rod and at the rear.</p>
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  BELTS AND PULLEYS

  <h2>Transmission V-belts and pulleys. Buy online at the best price</h2><p> What are V-Belts?</p><p> V-belts are trapezoidal shaped bands made of rubber that adapt to the pulleys, precisely because of this trapezoidal shape and that enables the coordinated and synchronized movement of the movement to be carried out. These movements are usually to transmit a rotation movement, from a motor to another type of device that needs to perform the same circular movement, called power transmitters.</p><p> The V-belts, in classic sections type Z, A, B, C, D, E and the high performance “X” line in toothed type, in sections ZX, AX, BX, CX. They are manufactured under the strict international profile standard. .</p><h3> Parts of V-belts</h3><p> The construction parts are as follows:</p><ul style="list-style-type:disc;"><li> <strong>Core and Cushion</strong> They are made of a mixture of special rubbers with high mechanical resistance, low permanent deformation due to compression and resistance to bending. Good working conditions at high and low temperatures (90°C) and (-10°C). Due to the manufacturing and vulcanization process, they keep the resistant element in position and ensure the perfect belt-pulley coupling, thus maintaining a low-vibration operation.</li><li> <strong>Resistant element</strong> It is made up of a special synthetic fiber rope (polyester) with high tensile strength and low elongation, woven in various thread configurations, according to the type of application of the belt, and are appropriate for all speed ranges, up to 30 Mt/Sec. Before being assembled, the cord is impregnated with a special rubber solution that gives a homogeneous chain to the core and cushion; It is placed in the shape of a helix and has a treatment that gives it notable resistance to fatigue, while maintaining flexibility. The treatment of the cord and subsequent post-vulcanization conditioning (belt cooling) give the product guarantees of correct and constant operation, minimum elongation.</li><li> <strong>Covering fabric</strong> It consists of a cotton-polyester mixed yarn fabric. It protects the internal elements of the belt against abrasion and ensures, thanks to its coefficient of friction, the fair transmission of belt power. The two fabrics with which the straps are covered are impregnated with a polychloroprene-based rubber that gives them good resistance to aging, wear, high stability to weather, ozone, temperature, oils and antistaticity. Good fire retardant and mechanical properties.</li></ul><p> Identification of a V-belt is done by its measurements. Thus, to proceed with its identification, a letter is first placed that indicates the section of the belt, (mentioned above) Z, A, B, C, D, E, ZX, AX, BX, CX followed by a number that expresses the nominal length of the belt. The correct way to measure a strap is by externally calibrating the perimeter.</p><h3> Pulleys for V-belts</h3><p> Pulleys for V-belts are circular metal, cast elements, similar to a wheel, which can have from 1 to 8 channels. These channels are where the straps are housed. In its central part, a “tapper” is housed. This piece will help us easily and simply place the pulley on the transmission shaft.</p><p> The traction that results between the pulley and the belt is firm and has a very good grip. Very reliable. The trapezoidal pulley through which the belt moves is designed, thanks to its shape and materials, with a V-shaped groove that allows it to slide over the surface. Thanks to having this shape, when the branches that belong to the belt are in tension, the belt itself exerts the action of digging into the pulley so that the normal and sliding force produced is highly high.</p><p> Consequently, thanks to this operating system, V-belts are capable of transmitting a much greater amount of force without requiring greater slippage. The advantages of both the V-pulley and the V-belt are that combining them contributes to a greater amount of force emitted by both parts.</p><p> The slip required by the belt to obtain the desired results is less. Thanks to both its shape and the materials that make up the V-belt, it has much greater resistance and robustness. Thanks to the possibility of joining a set of different ends of V-belts, we can obtain one of much greater length.</p>
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  SPROCKETS AND CHAINS

  <h2>Buy Chains and Sprockets online at the best price</h2><p class="MsoNormal"> The chain and pinion mechanism transmits a circular and rotating movement between two axes. Normally these axes are located parallel and rotate in the same direction.<span>  </span>You can vary the speed but not the direction of rotation. Also through the joining mechanism, they can be shortened or lengthened to the desired length.</p><p class="MsoNormal"> The toothed pinions are made of F-114 steel, blued in black. They can be served in blind sprockets or sprockets with a keyway. Roller chains are formed by the alternative union of pieces called inner links and outer links joined by a pin that allows rotation movement.</p><p class="MsoNormal"> The transmission sprockets and chains are manufactured according to DIN-8187 ISO-606 standard and their rotation transmission is slip-free. It is insensitive to temperature.</p><p class="MsoNormal"> Sprockets and chains have endless applications and uses, lifting loads, forklifts, transmission of movement of conveyor belts, automotive and bicycle industry, steel industry, paper industry, construction, agriculture and many more</p><p></p>