Choosing the right bucket blade for a skid steer can extend tool life, improve digging efficiency, and reduce maintenance downtime. This guide highlights five strong options that balance durability, compatibility, and performance. Each product features a bolt-on or weld-on design, common in many loaders and excavators, and uses hardened steel to withstand tough terrain. Below you’ll find concise overviews, key specs, and practical considerations to help you compare quickly and buy confidently.
Summary Table of Selected Products
| Product | Size / Type | Material | Mount | Notable Feature |
|---|---|---|---|---|
| Mytee 84x4x1/2″ Cutting Edge | 84″ x 4″ x 1/2″ | 16Mn Steel | Bolt-On / Weld-On | Single bevel, heat treated |
| Mytee 84x6x3/4″ Cutting Edge | 84″ x 6″ x 3/4″ | 16Mn Steel | Bolt-On / Weld-On | Single bevel, heat treated |
| Mytee 72x4x1/2″ Cutting Edge | 72″ x 4″ x 1/2″ | 16Mn Steel | Bolt-On / Weld-On | Single bevel, heat treated |
| Mytee 84x6x5/8″ Weld-On Edge | 84″ x 6″ x 5/8″ | Borron-style Alloy Steel | Weld-On | Heavy duty 500 HB grade |
| Mytee 72x8x3/4″ Weld-On Edge | 72″ x 8″ x 3/4″ | Borron-style Alloy Steel | Weld-On | Heavy duty 500 HB grade |
Mytee Products 84" x 4" x 1/2" Bucket Cutting Edge
Size: 84″ x 4″ x 1/2″ with a 16Mn steel composition and a bolt-on/weld-on mount, this single bevel blade is heat-treated to improve durability. The 343 MPa yield strength supports heavy-duty loads typical in loader and excavator tasks. Its straightforward install makes it an accessible upgrade for standard skid steer buckets. Consider it when you need a balanced blade that resists wear while remaining easy to replace as wear patterns develop.
Mytee Products 84" x 6" x 3/4" Cutting Edge
Dimensions: 84″ by 6″ by 3/4″ using 16Mn steel with bolt-on or weld-on mounting. This single bevel blade is heat treated for enhanced toughness and a yield strength around 343 MPa. The wider 6″ profile provides greater edge coverage for pushing and leveling tasks, making it suitable for mid- to heavy-duty work. Its heat-treated construction helps resist gouging and deformation in rough material conditions.
Mytee Products 72" x 4" x 1/2" Cutting Edge
This 72″ blade measures 4″ in width and 1/2″ thick, crafted from 16Mn steel with bolt-on or weld-on capabilities. It is a single bevel blade that is heat treated to improve wear resistance and performance under heavy loads. Suitable for smaller skid steer setups or jobs that require precise edge control, the 72″ length helps maintain balance while working in tighter spaces.
Mytee Products 84"x6"x5/8" Weld-On Edge
Engineered as a weld-on blade, this 84″ x 6″ x 5/8″ edge uses a high-strength alloy steel, designed for heavy-duty use on skid steers and larger loaders. The blade’s 500 HB hardness rating indicates strong resistance to wear and cracking under demanding conditions. It’s well-suited for operators performing aggressive scraping, digging, and pushing in tough material environments, where a more robust edge can deliver longer service life between replacements.
Mytee Products 72"x8"x3/4" Weld-On Edge
This heavy-duty weld-on blade measures 72″ long by 8″ wide and 3/4″ thick, built from boron alloy steel with a minimum hardness of 500 HB. The combination of large width and thick profile makes it ideal for demanding material handling and earthmoving tasks where high wear resistance and cracking resistance are critical. The weld-on design supports secure mounting on compatible bucket geometries, offering long service life in tough environments.
Buying Guide: Key Considerations for Skid Steer Bucket Blades
- Material and hardness: Hardened steels like 16Mn and boron alloy steels provide better wear resistance and longer life under abrasive materials. Check hardness ratings (HB) and ensure compatibility with your machine’s capacity.
- Edge type: Single bevel blades offer straightforward replacement and efficient cutting, while multi-bevel or reinforced designs can deliver enhanced impact resistance for rugged terrain.
- Mounting method: Bolt-on blades are easier to swap in the field, whereas weld-on blades generally provide a more permanent, robust connection. Confirm compatibility with your bucket’s mounting pattern.
- Blade width and thickness: Wider blades cover more surface area and can improve level results, but require adequate machine power and hydraulic capacity. Thicker blades tolerate higher impact but add weight.
- Length versus fit: Ensure the blade length matches your bucket size to avoid overhang that could cause interference with wheels, arms, or ground contact during operation.
- Corrosion resistance: Look for protective coatings on the surface to reduce rust and debris buildup, especially in damp or salty environments.
- Ease of replacement: Bolt-on options generally allow quicker field changes, while weld-on blades require more time and potentially professional welding for changes.
- Application scope: For heavy scraping, grading, and material pushing, prioritize blades with higher hardness and broader width. For lighter maintenance tasks, smaller blades with adequate wear resistance may suffice.
Across these selections, the Mytee Products line emphasizes compatibility with common skid steer buckets, with various lengths and thicknesses to suit different tasks. The weld-on options provide robust attachment for more demanding applications, while bolt-on variants offer practical field maintenance. The included features—heat treatment, yield strengths, and consistent bevel design—illustrate a focus on durability and dependable performance in challenging environments.
For buyers evaluating replacement blades, it’s important to balance blade width, thickness, and mounting style with your equipment’s power, hydraulic capacity, and typical workload. When choosing between the 4-inch and 6-inch wide options, consider the surface area you typically encounter and the level of smoothing versus aggressive scraping you require. If you operate in abrasive or rocky soils, a higher hardness and a wider edge may deliver longer intervals between replacements.
Finally, verify that the blade’s mounting dimensions align with your bucket’s geometry. Mismatches can lead to improper seating and increased wear on mounting hardware. When in doubt, consult the manufacturer’s mounting specs or a qualified technician to ensure a proper fit for your skid steer setup.