Isotop® pressure-tension elements

Pressure-tension elements are special components developed to absorb both pressure and tensile forces. They are used in a wide range of applications involving both dynamic and static loads. Push-pull elements are used in many sectors, such as machine engineering and the building and construction industry. They are made from high-strength materials like steel, aluminium or specialised composite materials. These materials ensure a high load-bearing capacity and long service life. Elastomers are used as an isolating layer, which ensures effective vibration isolation and impact damping.

Our Isotop® pressure-tension elements are impressive:

Effective vibration damping and isolation of vibrations
High stability
Versatile application options
High-quality stainless steel housing for durability and resistance

The right Isotop® pressure-tension element for every application

Isotop® DZE 3D

Pressure-tension element that absorbs loads in all spatial directions
Load range up to 1.200 kg
Height 75,5 mm
Natural frequency from 11,4 Hz
Stainless steel housing for ultimate corrosion protection

Data sheet

Isotop® DZE

Pressure-tension element with high-performance damper for load ranges between 24 kg and 1030 kg
Height 62 mm (DZE-1) or 87 mm (DZE-2)
Natural frequency from 7 Hz
Stainless steel housing for ultimate corrosion protection

Data sheet

Isotop® DZE Mini

Pressure-tension element with high-performance damper for load ranges between 8 kg and 230 kg
Height 49 mm
Natural frequency from 9,6 Hz
Stainless steel housing for ultimate corrosion protection

Data sheet

Isotop® DZE-BL

Block element made from push-pull elements for load ranges between 1635 kg and 4135 kg
Height 82 mm (DZE-1) or 107 mm (DZE-2) without anti-slip mat
Natural frequency from 7,7 Hz
Stainless steel housing for ultimate corrosion protection

Data sheet

EquipCalc

Find the most suitable pressure-tension element for your application

EquipCalc works out the most suitable product choice for your project in a matter of seconds. Inputting the weight and the quantity of bearing points provides you with an initial result. Alternatively, devices with an eccentric centre of gravity can also be determined. The integrated EquipCalc Module Planner can also model systems consisting of several modules on up to two levels and determine the most suitable Isotop® product for each one.

EquipCalc