APOLLO 160914 Milling Drum Segment Parts for WR2500S with AP03-D20 Milling Holder

Product Overview

The APOLLO 160914 Milling Drum Segment is a high-precision core replacement part professionally designed and produced for the WR2500S road milling machine, perfectly matched with AP03-D20 milling holders. As a key component of the milling drum assembly, this segment undertakes the core crushing and milling work of road surface materials. It features standard OEM specifications, exquisite workmanship and stable compatibility, which can completely replace original factory parts. It effectively supports the long-term high-load operation of the milling drum and ensures consistent and efficient road milling performance.

Premium Material & Wear-Resistant Performance

Adopting high-strength alloy steel and integrated forging technology, the 160914 milling drum segment boasts ultra-high hardness, impact resistance and abrasion resistance. Through overall heat treatment and precision finishing, the product effectively resists severe wear, impact and fatigue damage caused by long-term milling of asphalt, concrete and pavement base materials. It maintains stable structural rigidity under high-speed rotation and heavy-load construction, avoiding deformation, cracking and excessive abrasion. Compared with ordinary accessories, it has a longer service life and lower replacement frequency, greatly reducing equipment operation costs.

Perfect Compatibility & Precise Matching

Tailor-made for WR2500S road milling machines and perfectly compatible with AP03-D20 milling tool holders, this drum segment adopts strict dimensional tolerance standards. The mounting groove, positioning hole and tool holder fitting surface are precisely processed to achieve seamless docking with AP03-D20 holders. It supports accurate installation and firm locking without modification or gap deviation. The standardized structure ensures uniform tool spacing and stable rotation balance of the entire milling drum, effectively avoiding vibration, tool jumping and uneven milling depth during equipment operation.