Damping springs - Import export

Nitinol (Nickel and titanium alloy) introduction: Nickel titanium alloy is a kind of shape memory alloys, shape memory alloy is able to own plastic deformation at a certain temperature automatically restore to the original shape of special alloy its expansion rate is above 20%, the fatigue life of 1 * ten to the seventh, 10 times higher than ordinary spring damping properties, its corrosion resistance is superior to the current medical * * stainless steel, so it can satisfy the application requirement of all kinds of engineering and medicine, is a very * * of the functional materials in addition to memory alloy has a unique shape memory function, but also has high wear resistance corrosion and other excellent characteristics of damping and super elasticity. Nickel Titanium (also known as Nitinol or NiTi) is in the unique class of shape memory alloys. A thermoelastic martensitic phase transformation in the material is responsible for its extraordinary properties.

Spring isolators can be used for source and sender vibration isolation. The springs are manufactured of a special spring steel wire and KTL coated. Every spring isolator can be provided with an additional damping cushion of stainless-steel. Elemente with a frequency range between 3-4 Hz can be provided with a viscous damping, too. Spring isolators with a natural frequency range of 3-5 or 4-6 Hz are especially made for higher forces. They can be expanded in size and load-capacity without any difficulty. Spring isolators of RG+ are available for four different natural frequency ranges: Spring isolators with a natural frequency of 3-4 Hz Spring isolators with a natural frequency of 5-6 Hz Spring isolators with a natural frequency of 7-9 Hz Spring isolators with a natural frequency of 3-5 or 4-6 Hz

Our special ability lies in the processing of metal strips pre-coated with adhesives. With this material it is particularly important not to damage the surface mechanically whilst at the same time not to impair the ability to bond. This skill enables us to supply stamped parts for bonding with rubber and/or thermoplastics, such as Vibration damping elements spring elements stabilizers functional parts components We guarantee a functional workability of the product for 6 months after delivery.

RINGFEDER Friction Springs can also be supplied in customized buffer versions. Features of RINGFEDER ® Friction Springs RINGFEDER ® Friction Springs are employed in the engineering sector when high kinetic energies must be absorbed or when springs of relatively compact dimensions are required for high forces. Friction springs RINGFEDER ® have multitude features in opposite to other damping systems: High spring work combined with low weight and volume: As RINGFEDER ® Friction Springs completely utilise the material of which they are made only a minimum of dimensions and weight are required. The decisive parameter here is therefore the spring work. High Damping Potential: The damping of Friction Springs RINGFEDER ® is standard with 66% wherewith the energy will be soon absorbed and resonances complete disabled. Variations are possible with different greases. Overload-safe in blocked position:RINGFEDER ® Friction Spring are generally designed to “block”, so it is therefore ensured...

RINGFEDER® Friction Springs consist of separate inner and outer mating tapered rings which stack together to form a column according to the customer’s wish. These units are repeatedly loaded 100% before delivery. Hereby the absolute functionality is ensured. Features of RINGFEDER ® Friction Springs RINGFEDER ® Friction Springs are employed in the engineering sector when high kinetic energies must be absorbed or when springs of relatively compact dimensions are required for high forces. RINGFEDER ® Friction Springs have multitude features in opposite to other damping systems: High spring work combined with low weight and volume: As RINGFEDER ® Friction Springs completely utilise the material of which they are made only a minimum of dimensions and weight are required. The decisive parameter here is therefore the spring work. High Damping Potential: The damping of RINGFEDER ® Friction Springs is standard with 66% wherewith the energy will be soon absorbed and resonances complete...

The primary function of a friction spring is the damping / absorbing of introduced energy. A friction spring consists of closed outer and inner rings which intermesh with their conical surfaces. As a result of the energy introduced axially, the outer and inner rings on the conical surfaces are shifted apart from each other so that the spring column is shortened. This has the effect that the outer rings stretch and the inner rings reduce in diameter. As a result of the friction arising on the conical surfaces, the introduced energy is absorbed and converted into heat which is to be removed. Resonance effects are suppressed completely. The primary function of a friction spring is the damping / absorbing of introduced energy. A friction spring consists of closed outer and inner rings which intermesh with their conical surfaces. As a result of the energy introduced axially, the outer and inner rings on the conical surfaces are shifted apart from each other so that the spring column...

The primary function of a friction spring is the damping / absorbing of introduced energy. A friction spring consists of closed outer and inner rings which intermesh with their conical surfaces. As a result of the energy introduced axially, the outer and inner rings on the conical surfaces are shifted apart from each other so that the spring column is shortened. This has the effect that the outer rings stretch and the inner rings reduce in diameter. As a result of the friction arising on the conical surfaces, the introduced energy is absorbed and converted into heat which is to be removed. Resonance effects are suppressed completely. The primary function of a friction spring is the damping / absorbing of introduced energy. A friction spring consists of closed outer and inner rings which intermesh with their conical surfaces. As a result of the energy introduced axially, the outer and inner rings on the conical surfaces are shifted apart from each other so that the spring column...

The primary function of a friction spring is the damping / absorbing of introduced energy. A friction spring consists of closed outer and inner rings which intermesh with their conical surfaces. As a result of the energy introduced axially, the outer and inner rings on the conical surfaces are shifted apart from each other so that the spring column is shortened. This has the effect that the outer rings stretch and the inner rings reduce in diameter. As a result of the friction arising on the conical surfaces, the introduced energy is absorbed and converted into heat which is to be removed. Resonance effects are suppressed completely. The primary function of a friction spring is the damping / absorbing of introduced energy. A friction spring consists of closed outer and inner rings which intermesh with their conical surfaces. As a result of the energy introduced axially, the outer and inner rings on the conical surfaces are shifted apart from each other so that the spring column...

The primary function of a friction spring is the damping / absorbing of introduced energy. A friction spring consists of closed outer and inner rings which intermesh with their conical surfaces. As a result of the energy introduced axially, the outer and inner rings on the conical surfaces are shifted apart from each other so that the spring column is shortened. This has the effect that the outer rings stretch and the inner rings reduce in diameter. As a result of the friction arising on the conical surfaces, the introduced energy is absorbed and converted into heat which is to be removed. Resonance effects are suppressed completely. The primary function of a friction spring is the damping / absorbing of introduced energy. A friction spring consists of closed outer and inner rings which intermesh with their conical surfaces. As a result of the energy introduced axially, the outer and inner rings on the conical surfaces are shifted apart from each other so that the spring column...

The gas strut, also called gas spring, gas pressure springs, gas dampers or gas pressure dampers, will solve your individual requirements for opening, closing, tilting and damping flaps, tables, seats or loungers thanks to our decades of experience. Gas struts take care of the controlled movement sequence and offer the following advantages: Simple installation Compact design Integrated damping Definable spring characteristic and extension speed

We produce gas springs starting from 4-12 size up to 20-40 size, all sizes are available. Also Stainless steel available, we also prodcuce dynamic damping gas springs. We offer samples totally free of charge, we look forward to receive your enquiries.