Before looking for a new snow plow, you need to consider what kind of cutting edge you want for your machine. Read on to learn more about these options and how they differ. H
Carbide cutting edge
A carbide cutting edge for snow plow is a modern alternative to the traditional steel blades used in plows. These blades are made of a combination of tungsten and carbon. Because of their high durability, they are more resistant to wear than steel blades. The carbide insert is welded to the front of the edge, making it easy to identify. The carbide insert resembles teeth and can break hard compacted snow.
The thickness of Winter Cutting Edges can vary between models. For example, thicker cutting edges may reduce the cost of replacement cutting edges. Thick edges also increase the blade’s surface area, spreading the weight of the plow across a larger area and reducing wear and tear. In addition, carbide cutting edges can be made from different materials so that they might be more durable than their rubber counterparts.
High-quality cutting edges are essential in a snow plow. Tungsten carbides are an excellent choice for plows used on a rough surface. This material can cause some surface damage, but it’s recommended for surfaces that have undergone some repaving. This material is expensive, but the added durability and increased lifespan make it worth the extra money. While carbide cutting edges may not be the best choice for all surfaces, they are a great choice when abrasion resistance is a crucial factor.
Polymer
The urethane material that makes up the cutting edge of a snow plow is durable and offers higher performance than rubber or metal. In addition, it is relatively inexpensive, so you’ll save money on replacement costs. And because urethane is stronger and more durable than rubber and metal, it can last for years. Polyurethane is robust, so it absorbs hits and adapts to the surface being plowed rather than harming it, making it an excellent choice for use on concrete, parking garages, brick, pavers, cobblestone, or any other uneven surface. By reducing blade and equipment vibration, polyurethane cutting edges minimize driver fatigue and equipment wear. Polyurethane cutting blades are relatively quiet in operation, making them excellent for usage in residential areas and hospitals. Polyurethane outperforms rubber, plastics (commonly referred to as “poly” vs. polyurethane), and most metals in terms of abrasion.
But, if you’re unsure which material to choose, consider purchasing a polymer snow plow with tungsten cutting edge. Compared to steel and rubber, the polymer will last longer.
A rounded cutting edge is made from a composite material. The round cutting edge will wear at the same rate as a steel cutting edge, so it will need to be replaced less frequently. The rounded cutting edge also minimizes road and ground damage. It also reduces vibration. The advantage of this material is that you won’t have to drill holes or weld mounting brackets. In addition, it is readily available in various widths and thicknesses.
Steel
When looking for new steel snow plow cutting edges, you should first look for OEM cutting edge sets. OEM cutting edges are designed for a specific plow and their intended use. While will-fit parts may be cheaper initially, they’re often inferior in quality. To avoid this, it’s best to purchase OEM Scarifier Blade from trusted sources.
A steel cutting edge is the strongest option for commercial and highway plows. This type of edge is ideal for areas with hard-packed snow and ice. However, it can also be noisy and damage driveway sealants. Some plowing contracts prohibit the use of steel cutting edges. However, there are benefits to both types of cutting edges.
Municipal and City-Rated steel snow plow cutting edges are four times more durable than typical steel blades. Moreover, UHMW cutting edges are lightweight, easy to install, and cost-effective. Lastly, UHMW cutting edges resist abrasion, corrosion, and chemicals. If you’re looking for a snow plow cutting edge, you should consider the price range and the brand.
