Impact absorbers - Import export

The secutex forkshank protection is a special design with a hollow profile and foam insert. For example, it is suited to the transport of delicate drums on EURpallets. The colliding of the drums is absorbed through the flexible foam padding, whilst the impact of the pallet is absorbed through the sturdy hollowprofile design. Usages include, for example, transport in the chemical or glass industries. The forkshank protection is attached to the fork shanks via steel bands and is thus easily exchangeable.

Confectioning and Combinable Energy capacity max. 15.0 Nm/cycle Stroke 6.5 mm Tailor made damping material in pad format: SLAB damping pads are made of a viscoelastic PUR-material. They absorb impact loads extremely effectively and are also suitable for insulating or damping vibration. The pad series SL-030 to SL-300 are quickly adapted to the relevant type of application. This is in part achieved through the configuration of the calculating tool or directly by the ACE specialist engineers. Furthermore, this is possible because the standard material can be cut exactly and quickly to any customer requirement with our new cutting system. It is also possible to obtain a sample to find an optimum solution.

Confectioning and Combinable Energy capacity max. 6.7 Nm/cycle Stroke 12.5 mm Tailor made damping material in pad format: SLAB damping pads are made of a viscoelastic PUR-material. They absorb impact loads extremely effectively and are also suitable for insulating or damping vibration. The pad series SL-030 to SL-300 are quickly adapted to the relevant type of application. This is in part achieved through the configuration of the calculating tool or directly by the ACE specialist engineers. Furthermore, this is possible because the standard material can be cut exactly and quickly to any customer requirement with our new cutting system. It is also possible to obtain a sample to find an optimum solution.

Confectioning and Combinable Energy capacity max. 3.1 Nm/cycle Stroke 6.5 mm Tailor made damping material in pad format: SLAB damping pads are made of a viscoelastic PUR-material. They absorb impact loads extremely effectively and are also suitable for insulating or damping vibration. The pad series SL-030 to SL-300 are quickly adapted to the relevant type of application. This is in part achieved through the configuration of the calculating tool or directly by the ACE specialist engineers. Furthermore, this is possible because the standard material can be cut exactly and quickly to any customer requirement with our new cutting system. It is also possible to obtain a sample to find an optimum solution.

Spring-loaded castors improve the service life of castors by reducing the amount of shock and impact load. They also protect sensitive and valuable goods by absorbing shock and impacts. Spring-loaded castors ensure that loads are distributed more evenly and reduce noise levels during transportation. The Blickle range includes four different spring-loaded brackets with a steel or polyurethane spring.

There are different types of hammers on the market. Each hammer has its appliances, and Ronix Tools can help you choose the best-quality hammers that are suited for your needs. All Ronix hammers are designed with non-slip rubber grips. Ronix's RH-4751 claw hammer head is made of drop-forged steel, which is very durable and resistant to shocks. The handle core is made of fiberglass and can absorb impact forces. Ronix Tools designed the hammers to have an optimal weight distribution. The RH-4751 claw hammer is suitable for all appliances, including construction, woodworking, home repair, nail removal, and daily use. The curved design of the body ensures that working with the Ronix RH-4751 is so smooth.

The two-part cushion packaging with integrated dimpled foam cushions and holds the inserted product in a shock-, impact- and vibration-absorbing manner.

The production of electric motor and generator laminations imposes strict requirements on the press and automation. ANDRITZ Kaiser looks back on decades of experience in the electric motor laminations sector and provides the customer with state-of-the-art solutions. Precise timing and general performance are required for competitive productivity of high speed stamping systems for laminations. Due to the large amount of cutting operations required, a very rigid machine is needed to absorb the cutting impact without damaging any machine part. Finally, the tolerances of 0,02mm in the tools and the end product call for a very precise slide movement, slide guideance and low frame deformation. Our well designed and thoroughly tested concept allows customers to manufacture high-quality products with maximum efficiency. ANDRITZ Kaiser production lines for electric motor laminations are characterized by the following features: Highly stable machine with split-design, cast iron frame for...

The implementation of impact absorber stations provides effective protection against damage to the conveyor belt in the loading area. The belt is often pierced by sharp, large and bulky goods. Specially manufactured stations supporting impact bars absorb the impact speed. Repair and maintenance costs are thus reduced. In addition, the life expectancy of the conveyor belt and conveyor system is extended as well as the operating conditions significantly improved. Further advantages no jammed rollers causing belt misalignment absorb the drop energy, support the conveyor belt instead of the conveyor rollers in the transport area of the conveyor system and make a reliable running of the belt possible whilst ensuring the least possible friction. infinitely variable alignment to the angle of inclination by means of spindle displacement possible better material sealing due to adjustment of the material guide to within a millimetre

EPP CAN WITHSTAND HEAVY STRAIN. Technical molded parts made of expanded polypropylene (EPP) are indispensable in a number of industries – in car manufacturing, for example. Thanks to their outstanding energy-absorbing properties, EPP parts improve passive safety and provide better protection for vehicle occupants. Accordingly, they are used to make fenders, headrests, and other impact absorbers. EPP can absorb even more energy when used in combination with metal. One secondary benefit is the low weight of the innovative material: EPP molded parts thus cut fuel consumption and make cars more eco-friendly. Due to the fact that it can be precisely shaped, EPP also cuts a good figure elsewhere – as a sun visor, paneling, or a toolbox for precisely accommodating breakdown sets. Its extraordinary insulating ability is also the reason why notable manufacturers in the heating and air conditioning industry use EPP molded parts from Storopack for their products.

germanShock® impact bars germanShock® IP impact bars replace conventional buffer rollers at in-feed and absorb the impact energy of dropping bulk material, thus reducing damage to the belt. Combination with our germanLine® skirting rubber provides effective side sealing at in-feed. ... more

Structure of germanBelt® fabric conveyor belts Fabric reinforcement: Our fabric conveyor belts are reinforced by 2-5 rot-resistant plies made of synthetic EP or PP fabric. These fabrics possess a good tensile strength/weight ratio, have excellent flexibility and troughability, low elongation, high impact resistance and good chemical resistance. Covers: The carcass of the fabric belts is protected by covers. Cover qualities or grades are characterized by the conveyor belts’ chemical and physical properties. Inclined systems require cleats or fabric conveyor belts with grooved surfaces. Cover thickness depends on the properties of the transported material and on loading conditions. Skim layers: Rubber skim layers in the fabric conveyor belt’s carcass provide excellent adhesion between the plies and efficient distribution of tension. They also absorb impact stress caused by dropping material.

Reduce downtime and maintenance requirements with ROXDUR wear products. ROXDUR is a wear plate product that utilises the latest technology to provide a long lasting and durable wear solution suitable for heavy duty and medium duty applications. ROXDUR products can significantly increase the life of your fixed plant equipment. Our innovative manufacturing processes ensure a superior wear product that will save you time and money in the long run. ROXDUR wear plates are designed with the highest quality and years of expertise. Our pre-designed products can also be customised to fit your requirements. ROXDUR uses a unique composite material* that combines extreme hardness to minimise abrasive wear and iron matrix technology to absorb impact. The metallurgical bond between the cemented carbide and iron matrix gives a composite material with very high-quality adhesion to the cemented carbide. *patent pending MATERIAL CHARACTERISTICS Combining extreme hardness with shock resistance