Mercedes-Benz Arocs – PolyPro polyurethane spring bushings for extreme loads

Purpose of the component

Spring bushings are structural suspension elements combining metal sleeves with an elastic layer that absorbs vibrations and impact loads.
For heavy-duty vehicles such as the Mercedes-Benz Arocs, these bushings operate under extreme load conditions, temperature fluctuations and aggressive environments.

A high-quality bushing ensures:

• suspension stability on uneven terrain

• reduced vibration and impact loads

• extended lifespan of leaf springs and mounting hardware

• improved safety and vehicle control
  

Why PolyPro?

Polyurethane spring bushings for Mercedes-Benz Arocs 2013 (62×24×96) — pp2542 — A0003222185; A3753220185; A0003222285; A0003221285; A0003223485 — are engineered specifically for extreme-duty applications.

Advantages:

• exceptional resistance to deformation

• retention of shape under dynamic loads

• significantly extended life compared to rubber

• stable performance under oils, chemicals and temperature changes

• minimal risk of cracking or premature wear

Manufactured using a French-made hot-cast three-component polyurethane, these bushings offer stability, precision and durability.

How PolyPro manufactures components

1. Receiving technical specifications (stiffness, elasticity, wear resistance).

2. Selecting an appropriate polyurethane formulation.

3. Producing a prototype based on the provided sample.

4. Casting the final part using hot-cure polyurethane technology.

If the customer does not specify parameters, the bushing is made to match OEM rubber characteristics as closely as possible.
Note: warranty does not apply to special machinery due to harsh operating conditions.

Why customers choose PolyPro

• high manufacturing precision

• certified polyurethane materials

• long life in extreme operating conditions

• expert technical support

• fast delivery and customer service

PolyPro ensures durability, reliability and consistent performance of Mercedes-Benz Arocs suspension components under the toughest working conditions.

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