Locks - Import export

The Ronix RH-1440 sheet metal locking plier is a quality product from the varied collection of Ronix hand tools and sheet metal pliers. This tool is used to hold and move sheet metal, bend the corners of workpieces, curve the edges of parts, and clamp and hold sheet metal to be welded while working. The Ronix RH-1440 8-inch sheet metal clamp is made from high-quality stainless steel. In addition, its wide, machined, standard-size jaws are designed to hold the part in position. The clamping force of this tool is evenly distributed, so the sheet metal is not damaged during transport

2 piston, dimension A = 119 mm without spring return, Ø 25 x 2 mm stroke max. 500 bar, as per data sheet B1.490

2 piston, dimension A = 104 mm without spring return, Ø 25 x 2 mm stroke max. 500 bar, as per data sheet B1.490

1 piston, dimension A = 83 mm without spring return, Ø 25 x 2 mm stroke max. 500 bar, as per data sheet B1.490

1 piston, dimension A = 69 mm without spring return, Ø 25 x 2 mm stroke max. 500 bar, as per data sheet B1.490

block cylinder piston Ø 20 mm, stroke 10 mm max. 500 bar, as per data sheet B1.711

threaded-body cylinder piston Ø 20 mm, stroke 10 mm max. 500 bar, as per data sheet B1.711

low-block clamping cylinder piston Ø 20 mm, stroke 10 mm max. 500 bar, as per data sheet B1.711

C-clamp locking pliers are a type of versatile hand tool commonly used in various applications. They are designed to securely hold objects in place, providing a firm grip and allowing you to perform tasks with one hand while leaving the other and free. The name "C-clamp" comes from the shape of the tool, which resembles the letter "C" when the jaws are closed. The jaws of the pliers consist of two parts: a fixed jaw and a movable jaw that can be adjusted to accommodate different sizes of objects. The movable jaw is attached to a screw mechanism that can be tightened or released using a locking mechanism. The Ronix RH-1441 C-Clamp is one of the most widely used tools in the wood, metal, and welding industries. Its jaws are shaped like the letter "C" and are used to hold and grip pieces of wood and sheets of metal.

Tower pincers are a sort of plier that is used in a variety of scenarios to securely hold things, cut them, or draw them out of an uncomfortable place. Tower pincer pliers are used to extract deeply embedded nails or other items from a material. Ronix Tower Pincers RH-1511, RH-1512, and RH-1513 are available in several sizes (8, 9, 10 inch). They are composed of high-quality materials for improved performance and a longer lifespan

Bpa Free Material 450 ml Liquid and Solid Food Area 200 ml Liquid and Solid Food Area 100 ml Solid Food Area Builtin Fork Spoon Gel Does Not Contain Toxic Substances Not Suitable for Microwave Oven, Oven and Dishwasher. To prevent possible liquid leaks, keep your product upright when there is liquid inside. Do not keep milk and easily perishable liquids inside the product for a long time. Keep your product away from impacts and do not drop it. Hand Wash Only.

Locking pliers are a type of hand tool that have various models based on their jaw design. Chain Clamp Locking Pliers are best to use for holding and locking around any shape or size. The chain of these pliers plays the role of the jaw and is ideal for awkward shape pieces. With dimensions of 10 inches, Ronix RH-1442 Chain Clamp Locking Pliers can handle many projects that include loosening, tightening, and holding different pieces. Its advanced design improves the performance and convenience of the projects. RH-1442 has a chain length of 500mm and is made of high-quality steel A3 alloy for the highest resistance during industrial applications.

The original RINGFEDER ® Locking Assemblies featuring double-tapered thrust rings with self-releasing tapers. They bridge relatively large fit clearances, are easy to install, adjust or remove, but are not self-centering. A pre-centering hub section is usually required. Slimmest design, especially suitable for applications where space is limited. The Locking Assembly RfN 7012 compensates small tolerance deviations and compensates small mounting errors. Large transmittable forces and moments – several Locking Assemblies RfN 7012 can be placed one behind the other. The transmissible torque and axial forces are added - please take in this respect consulting with our technical experts. Bending moment and radial loads – combined loads can be transmitted. ( Please contact our technical department for assistance). Easy installation – RfN 7012 Locking Assemblies can bridge large clearances without the loss of transmission values. Low risk to contamination – during the tightening process...

These Locking Assemblies are of single-taper design with a self-locking taper providing good self-centering action and concentricity, as well as increased torque capacity. A pre-centering hub section is not required. Integral push-off screws for disassembly are provided. This unit can be placed deep inside a bore due to it’s design. Available sizes: Metric series shafts from 20 mm to 150 mm dia. and Inch series for shafts from 1” to 4” diameter. Excellent concentricity and very easy to dismantle – these Locking Assemblies provide particularly good concentricity between the clamped parts. The flange is reinforced at the critical point. This prevents a bending and lifting of the inner ring during installation and therefore a good dismantling is ensured. Higher Rotation Speed – the Locking Assemblies remain true-to-form during assembly and so they are suitable in applications with higher rotational speeds. High radial loads – the material strength of the RfN 7013 Locking Assemblies...

These flange type units fix the hub positively against their extended flange preventing axial movement during tightening. Applied wherever self-centering action and good concentricity of mounted components are essential and hubs with straight-thru bores are used. Available sizes: Metric series shafts from 20 mm to 150 mm dia. and Inch series for shafts from 1” to 4” diameter. Excellent concentricity and very easy to dismantle – these Locking Assemblies provide particularly good concentricity between the clamped parts. The flange is reinforced at the critical point, preventing bending or lifting of the inner ring during assembly and thereby ensuring easy dismantling. High rotation speed – the dimensional accuracy of the RfN 7013 Locking Assemblies allows their use in applications with higher rotational speeds. High radial loads – the material strength of the RfN 7013 Locking Assemblies makes them especially suitable for applications with high radial loads. Axial hub positioning –...

This locking device, dual tapered similar the 7012 type, is designed to transmit extremely high torques. Unlike the 7012 style, the 7014 device offers good centering ability due to it’s relatively long design, making a pre-centering hub section unnecessary. It’s design also provides for a different inside diameter to outside diameter ration, thereby not interchangeable with the other RINGFEDER types. Available in sizes from 70 to 300 mm. Large transmittable peripheral forces – due to the long, flat cones it is possible to transmit maximum torques and axial forces with one RfN 7014 Locking Assembly. Maximum reliability – due to the flat cones and the relatively wide construction (large guide lengths) the Locking Assemblies RfN 7014 centre themselves. During installation the Locking Assembly, shaft and hub remain in position to one another. The shaft and hub are loaded by pressure, providing additional safety compared to 3-part versions. Example applications: Heavy...

Two piece design similar to 7006, but extended with lower shaft and hub pressures. 7007 ECOLOC Is a modification of 7004 ECOLOC with all its positive features, but here - same as 7006 ECOLOC - the axial displacement during mounting is averted. Explanations L = Overall width L 1 = Overall width (without screws) L 4 = Installation length up to colar L 3 = Clamping length d = Inner ring diameter D = Outer diameter D 1 = Collar outer diameter

Three piece self-centering design for heavy duty torques. 7005 ECOLOC Three piece, self-centering, slitted locking assemblies for highest bending moments and torques. During assembly a minor axial displacement of the hub occurs. The front and rear thrust rings are separately released through release threads. Explanations L = Overall width L 1 = Overall width (without screws) L 3 = Clamping length d = Inner ring diameter D = Outer diameter

Extended version of the 7003 allowing for use with smaller hub diameters due to the reduced shaft and hub pressures. 7004 ECOLOC Is the extended design of series 7003 ECOLOC. Here, due to the low pressure the hub can be designed very cost-effective (small outer diameter). Explanations L = Overall width L 1 = Overall width (without screws) L 3 = Clamping length d = Inner ring diameter D = Outer diameter

Two piece design with slit and single taper and without flange can be completely recessed within a component’s hub. Axial position of component not fixed and may move during installation. 7003 ECOLOC Self-centering, two piece low-cost locking assemblies, which can be used - due to the slit - also at larger tolerances. The hub slightly positions during mounting towards the screw head. For disassembly only few release screws are required. Through optimised geometry of the flange, the deformation of the flange is significantly lower than with standard products. Explanations L = Overall width L 1 = Overall width (without screws) L 3 = Clamping length d = Inner ring diameter D = Outer diameter

Precise axial and radial positioning of the components. Easy to connect and to release – no seizures along the shaft. Perfect for engaged connections. Excellent concentricity and radial run. Precise axial and radial positioning of the components Easy to connect and to release – no seizures along the shaft Perfect for engaged connections Excellent concentricity and radial run Single locking nut for quick installation and settings Minimal external diameter for assembling thin-walled components Excellent torque transmission even during partial seizures of the shaft Suitable for grooveless and keyless shafts Lightweight, low mass moment of inertia

Precise axial and radial positioning of the components. Easy to connect and to release – no seizures along the shaft. Perfect for engaged connections. Excellent concentricity and radial run. Precise axial and radial positioning of the components Easy to connect and to release – no seizures along the shaft Perfect for engaged connections Excellent concentricity and radial run Single locking nut for quick installation and settings Minimal external diameter for assembling thin-walled components Excellent torque transmission even during partial seizures of the shaft Suitable for grooveless and keyless shafts Lightweight, low mass moment of inertia

Precise axial and radial positioning of the components. Easy to connect and to release – no seizures along the shaft. Perfect for engaged connections. Excellent concentricity and radial run. Characteristics Precise axial and radial positioning of the components Easy to connect and to release – no seizures along the shaft Perfect for engaged connections Excellent concentricity and radial run Single locking nut for quick installation and settings Minimal external diameter for assembling thin-walled components Excellent torque transmission even during partial seizures of the shaft Suitable for grooveless and keyless shafts Lightweight, low mass moment of inertia Basic dimensions when screws are not tightened d = Inner diameter D = Outer diameter L = Overall width L1 = Installation length without Locking nut SW = Wrench size T = Transmissible torque at given TA F ax = Transmissible axial force pW = Surface pressure on shaft at given TA pN = Surface pressure on hub at given TA TA =...

Precise axial and radial positioning of the components. Easy to connect and to release – no seizures along the shaft. Perfect for engaged connections. Excellent concentricity and radial run. Characteristics Precise axial and radial positioning of the components Easy to connect and to release – no seizures along the shaft Perfect for engaged connections Excellent concentricity and radial run Single locking nut for quick installation and settings Minimal external diameter for assembling thin-walled components Excellent torque transmission even during partial seizures of the shaft Suitable for grooveless and keyless shafts Lightweight, low mass moment of inertia Basic dimensions when screws are not tightened d = Inner diameter D = Outer diameter L = Overall width L1 = Installation length without Locking nut SW = Wrench size T = Transmissible torque at given TA F ax = Transmissible axial force pW = Surface pressure on shaft at given TA pN = Surface pressure on hub at given TA TA =...

Locking Elements consist of an internal and external tapered ring. When axial force is exerted on a set of Locking Elements, radial clamping pressures are generated on the shaft and in the hub bore providing a frictional connection. Units may be stacked up to three elements deep for greater torques. For light to medium duty applications. Characteristics Customized application – by varying the number of Locking Elements, size and quantity of clamping screws, the connection can be adapted to fit most applications concerning surface pressures, materials, hub/shaft dimensions and available mounting space. Transmission of high loads – to increase the transmissible torque and axial forces up to 4 Locking Elements can be used in series. Maximum reliability – no matter whether the connection is subjected to static, pulsating, dynamic or intermittent loads. Simple manufacture – shaft and hub are designed without keyway. Apart from this, relatively large tolerances are admissible. Easy...