Merit Lower Bushing for Rammer 7013 (Part No. 105328) | Precision Engineering from Türkiye
Why Choose Merit Bushings for Your Rammer 7013?
A 7-ton hammer like the Rammer 7013 demands components that can withstand extreme vibrations and intense thermal loads. Our 105328 Lower Bushing is engineered to meet these challenges through the following features:
1. Optimized Precision Fit
Utilizing state-of-the-art CNC manufacturing, we guarantee minimal tolerances. A perfectly fitted bushing prevents "tool fluttering," protects the piston’s strike face, and significantly reduces wear on the hydraulic seals.
2. Superior Wear Resistance
We utilize a specialized deep-case hardening process. While the surface is rendered extremely hard and abrasion-resistant, the core of the bushing remains tough enough to absorb heavy shock loads without the risk of cracking.
3. Efficient Lubrication Channels
The internal geometry of our bushings is designed for optimal distribution of the chisel paste reservoir. This prevents "dry running" and drastically reduces frictional heat between the bushing and the tool.
Direct Sourcing from Türkiye: Your Strategic Advantage
As a leading manufacturer in Türkiye, Merit provides direct access to premium spare parts, eliminating costly middleman markups. We understand the high standards for reliability and delivery speed required by global construction firms.
- Global Express Logistics: Fast and reliable shipping to Europe, North America, and the Middle East.
- Rigorous Quality Assurance: Every component undergoes strict dimensional and hardness testing before dispatch.
- Maximum ROI: Achieve maximum service life while significantly reducing your overall maintenance costs.
Maintenance Alert: The Importance of Timely Replacement
Regularly monitor the clearance between the working tool and the 105328 bushing. Excessive play leads to angular strikes, which can cause irreparable damage to the piston and the cylinder bore of your Rammer 7013. Replacing a bushing is a minor investment that prevents a catastrophic total failure.
