Moment of Inertia (Ix / Iy)
Ix: 2,800 mm⁴ provides horizontal bending resistance, while Iy: 3,100 mm⁴ offers vertical deformation resistance.
Section Modulus (Zx / Zy)
Zx: 145 mm³ and Zy: 155 mm³ define stress handling capacity along both main axes.
Radius of Gyration (ix / iy)
ix: 2.94 mm and iy: 3.10 mm help determine slenderness ratio for buckling resistance.
Max. Axial Load (Euler Buckling)
Handles up to 1.2 kN axial load before buckling, assuming 1-meter unsupported length.
Max. Load at Slot (Shear Test)
Slot can withstand shear forces up to 950 N before failure, ensuring firm slot retention.
Torsional Constant (J)
Torsional rigidity rated at 400 mm⁴ to resist twisting and maintain bumper shape.
Max Torque (Torsional Load Limit)
Maximum torque capacity of 6.5 Nm before material twist deformation or fracture occurs.
Elastic Deflection (100 N Load)
Deflects about 4.2 mm under 100 N load, demonstrating flexible cushioning behavior.
Dynamic Load Rating
Rated at 60 N/mm for dynamic impacts, ideal for absorbing shocks during movement.
Compatibility Tolerance
Installation tolerance of ±0.5 mm ensures precise fit with minimal variation.
Machining Precision Grade
Manufactured to ISO 2768-mK grade for consistent dimensional accuracy and machining precision.
Fatigue Life (Slot Edge)
Exceeds 1 million cycles at 50% max load, guaranteeing long operational slot durability.
Thermal Expansion (ΔL @ ΔT=50°C)
Expands by ~0.12% in length for every 50°C rise in operating temperature.
Slot Pull-Out Resistance
Withstands up to 1,200 N pull-out force, ensuring secure slot engagement under stress.
Max Load Bearing at Corner Joint
Withstands 1.5 kN load when fixed with adhesive and mechanical support at corners.
The extrusion process allows for precise customization of bumper profiles, sizes, and hardness levels, ensuring a perfect fit for any application. Whether for heavy-duty machinery or compact equipment, these bumpers can be tailored to meet specific needs, providing optimal protection in diverse industrial settings.
Rubber bumpers are formulated to be non-marking, preventing any abrasion or damage to sensitive surfaces. This characteristic is crucial in applications where aesthetic integrity is important, such as automotive or high-precision machinery, ensuring that surfaces remain pristine even after repeated contact.
