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21. Feb. 2025
The Most Dominant Choice for Large Machines at 0-100mm Milling Depth in Soft-to-Medium Conditions
When selecting milling teeth, most contractors focus on fundamental aspects such as tungsten carbide selection, manufacturing quality, alloy composition, and patented designs. At Everpads, we uphold all these factors at the highest industry standards.
However, once these fundamentals are met, the real challenge begins: choosing the right milling teeth optimized for specific job sites. Today, we introduce the GEN-E T7WS, a milling tooth specifically designed for large machines (2m milling width) operating in 0-100mm milling depth and soft-to-medium asphalt conditions.
- Compact milling machines in 0-50mm milling depth and medium-to-hard asphalt conditions
- Compact milling machines in 50-150mm milling depth and soft-to-medium asphalt conditions
📌 Want to learn how to evaluate milling teeth from different suppliers? Read our expert guide: "How to Assess Milling Teeth Design and Materials Across Different Brands."
This blog is perfect for:
- Contractors and Operators looking for the most Durable and cutting-efficient milling teeth for large and Compact milling machines.
- Project Managers seeking to optimize milling performance while minimizing downtime and replacement costs.
Table of Contents:
1. How T7WS Stands Out from Competitor Products
2. Everpads Insight: Why We Designed the Gen-E T7ws with These Key Features
3. Beyond the Basics: Why T7WS is the Solution for Complex Milling Jobs
4. A Milling Tooth Without Compromise
5. Supplement information: When to Choose T6W Over T6WS?
I. How T7WS Stands Out from Competitor Products
Unlike competing products designed for the same terrain, the T7WS features a tungsten carbide tip that is thinner at the top than competitor products but longer, with a thicker base.
Why This Design Matters:
1. Incomparable Cutting Efficiency – The T7WS significantly leads in cutting force compared to leading brands in this product segment.
2. Extended Tool Life – A longer tungsten carbide tip means more usable material before replacement is required, reducing downtime.
3. Stronger Toolholder Protection – A 10% wider wear plate design extends toolholder lifespan by 15%.
4. Stronger Fracture Resistance – While longer tungsten carbide tips are traditionally more prone to breakage, Everpads solves this with a wider tungsten carbide base design, along with industry-leading tungsten carbide raw materials, optimized grain size, and a highly stable production process.
II. Everpads Insight: Why We Designed the Gen-E T7ws with These Key Features
Through extensive research, testing, and field observations, we have optimized every milling tooth design to meet the demands of specific milling environments and operational needs.
In the large machine milling sector, contractors have diverse priorities:- Some emphasize cutting efficiency
- Others prioritize fracture resistance
- Many seek a balance between the two
However, the biggest pain point is the wide variety of milling conditions, making it difficult for contractors to accurately select the most suitable tooth for their needs.
III. Beyond the Basics: Why T7WS is the Solution for Complex Milling Jobs
We’ve observed that some contractors in relatively lower-difficulty environments choose high-fracture-resistant teeth at the cost of cutting efficiency, while others sacrifice fracture resistance to gain higher cutting efficiency. As a result, these milling teeth struggle with versatility—either failing to deliver optimal cutting performance or wearing out too quickly when moved to a different site.
At Everpads, we refuse to accept compromise. That’s why we developed the T7WS—a milling tooth designed to cover a wider range of applications while delivering exceptional milling efficiency. By solving the issue of milling teeth not lasting long enough before being used in a different environment, the T7WS ensures that contractors don’t have to constantly switch teeth mid-project.
IV. A Milling Tooth Without Compromise
At Everpads, we are committed to customer-driven innovation, prioritizing performance over cost-cutting. The GEN-E T6WS reflects this philosophy, delivering:
✔️ Unmatched cutting efficiency
✔️ Extended toolholder protection
✔️ Industry-leading durability
For contractors looking to maximize performance while reducing downtime, the T6WS is the ultimate solution.
📌 Still deciding which milling tooth to choose? Read our guide: "How to Evaluate Milling Teeth for Different Project Conditions" for expert insights!
Understanding the Differences Between T7WS and T7WH
When selecting milling teeth for large machines, the choice between T7WS and T7WH depends on the specific milling conditions and project demands. While both models share Everpads’ high standards for durability and efficiency, their designs are optimized for different environments and challenges.
The T7WS is engineered for medium-soft conditions with a focus on cutting efficiency and extended tool life. It features a thinner but longer tungsten carbide tip, which enhances penetration and material removal speed. This design ensures:- Efficient cutting in medium-soft surfaces, minimizing resistance.
- A longer tungsten carbide tip, maximizing wear life while maintaining sharpness.
- Reduced cutting force requirements, making it ideal for applications where maintaining high-speed milling is crucial.
- A reinforced tungsten carbide tip with a broader base, ensuring greater structural integrity under high-impact loads.
- A slightly shorter carbide height, reducing stress concentration and improving overall fracture resistance.
- A balance between cutting efficiency and tool durability, making it a versatile option in harsher conditions.
In summary, T7WS prioritizes speed and efficiency in softer conditions, whereas T7WH is designed to withstand tougher environments while maintaining strong performance. Selecting the right model depends on the terrain, milling depth, and project demands.
