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Soil tilling requires various types of 65mn 60si2mn tiller blades that serve diverse agricultural needs. The most common tiller blades are the flail and the fishtail-shaped blades. The fishtail tiller blade is popular among home gardeners. It has two curved ends that allow tillers to dig deep into the soil. They also break apart tough weeds and can be used to till densely planted areas. Fishtail tiller blades can be attached to small-sized tillers.
On the other hand, flail tiller blades are used in commercial agriculture due to their high tilling efficiency. When mounted on a rotary tiller, they spin in a hammer-like motion that thoroughly breaks down the soil. The rough soil makes it easy for crops to grow, especially for new ones. Additionally, flail tiller blades come with different blade configurations.
Another type of tiller blade is the straight blade. Like flail tiller blades, straight tiller blades are mounted on a rotary tiller. They cover large tilling areas and are efficient in loosening topsoil. After several passes, straight tiller blades create a smooth and level surface. They are ideal for tilling sandy soils.
Heart-shaped tiller blades are suitable for tilling between rows. They work well in loosely packed areas, especially after using straight till tiller blades. When mounted on a tiller, the heart-shaped blade takes the form of a heart and efficiently reaches narrow areas. Plus, they prevent crop damage and are ideal for small-scale agriculture.
Fish and wave-shaped tiller blades improve soil aeration by mixing soil layers. They are specially designed to disintegrate tough soil and can be used in dry and moist areas. Moreover, fish-shaped tiller blades are mounted on small-sized tillers, while their wave counterparts are used in medium-sized tillers.
Sectored tiller blades are preferred to achieve specific tilling objectives. When mounted on a rotary tiller, they follow a circular pattern, providing uniform tilling coverage. They excel in tilling sandy to loamy soils and can be used prior to planting.
Generally, tiller blade types determine the effectiveness of crop tilling. Retailers should consider the diverse needs of farmers and gardeners to determine the most suitable type of tiller blade.
The quality of tiller blades decides the quality of the tiller itself and the crops' health. The specifications of tiller blades can be simpler than those for the tiller itself. Material, size, coating, hardness, and compatibility comprise their core specifications.
Tiller blade maintenance methods are also the same as those for tillers. Regular inspections to spot damage or wear as early as possible and timely replacements to ensure tillers and tiller blades work optimally should be prioritized. Cleaning tiller blades after each use avoids residue buildup. Sharp tiller blades harvest better, so sharpening them regularly improves efficiency. Oil coating prevents rust, while proper storage prevents damage, where dry places out of sunlight are suitable. Hiring professionals for tiller blade maintenance services prolongs their longevity and enhance efficiency.
Tiller blades cut various types of soil. Each has been created to serve a unique function. Farmer-buyers will benefit from the following tiller blade usage scenarios when buying tiller cutter blades.
Mulching Crops
Some crops should not be completely tilled under because they act as natural mulch and can damage the crop stand if they regrow. Using 65mn 60si2mn tiller blades modified to only partially till the soil, tiller operators can run the tiller over the top of the plants. The cut stalks provide better mulch while protecting the crop.
Tilling Between Rows
Sometimes, tillers will have to work in constrained spaces. Using narrow-blade tiller cutters, farm tillers can till soil areas between garden or crop rows. Narrow blades work in tight spaces where wide blades cannot fit.
Orchard and Vineyards
Similar to the previous point, narrow tiller blades work well in orchard and vineyard settings. Using narrow tillers, farmers can control weeds and continually improve the soil's physical properties without harming established fruit trees and grapevine supports.
Preparing a New Garden Plot
A new garden plot requires the use of all sizes and types of tiller blades. First, large, heavy-duty cutter blades based on 65mn and 60si2mn material merge the new plot. Then, operator use finer tiller blades to improve soil structure before planting a new crop.
Choosing the right tiller blade for harrow crops for sale is very essential if one wants to supply tiller blades that will satisfy customers. When choosing tiller blades, it is important to consider a few factors to ensure the supply is of good quality and will last till the end of its life span. First, check the material composition of the tiller blade. The primary material used in constructing most tiller blades is tiller blade steel. The manganese steel tiller blade has improved strength and increases wear resistance. This steel alloy can withstand premature wear, breakage, and, rusting, so it is perfect for tiller blades. Some tiller blades will combine 65Mn steel and Si2Mn steel together to enhance flexibility, toughness, strength, and durability.
Another thing to do is to examine the heat treatment process the tiller blade has undergone. It greatly affects the tiller blade's hardness, tempering, quenching, and overall durability. Tiller blades come in a wide range of sizes, so it is essential to check the size, hitch, and mounting holes of the tiller blade. Ensure the size corresponds with the tiller being supplied to the customer. Consider the coating of the tiller blade and its installation process. A smooth polished or glossy coating will make it easier to install and, at the same time, reduce friction. Usually, tiller blades come with black oxide or electro-galvanized coating.
Understand the timber the tiller blade is used on and the kind of tiller it will work with. While some are suitable for concrete loamy and hard soils, others are not. Typical tiller blades come in different forms. It's essential to know the exact type that will fit the customer's needs. Finally, request a sample to do a tiller blade test. If possible, test it with a tiller to see its performance.
Q1. What are tiller blades made of?
A1. Tiller blades are mainly made of 65Mn, and some are made of 60Si2Mn.63Mn is a medium-carbon spring steel that possesses good tensile strength, hardness, and elasticity. Not only does it support heavy load- bearing, but it also provides excellent resistance against deformation.60Si2Mn is a spring steel that combines elements like silicon and manganese. This unique blend results in steel with enhanced durability, higher yield strength, and excellent quality. Tiller blades made of 60Si2Mn are more durable than those made of 65Mn.
Q2. What are the types of tiller blades?
A2. There are several types of tiller blades to meet various soil cultivation needs. The most common kinds include the curved tiller blade, straight tiller blade, flail tiller blade, and re enforced tiller blade. Each of the above tiller blades has distinctive features that suit specific tilling tasks.Curved tiller blades are usually used for tilling operations and cutting weeds in flower beds. Straight tiller blades are mainly used for tilling operations in large open areas. Re enforced tiller blades are mainly used for tilling hard soil. Flail tiller blades are used for a variety of soil cultivation.
Q3. Can all tillers use the same blade?
A3. No, not all tillers can use the same blades. Various tiller models and brands require specific blade sizes, mounts, and configurations. Ideally, tiller blades are manufactured to suit distinct tilling tasks and tiller models.
Q4. Are tiller blades reversible?
A4. Yes, tiller blades are reversible. They operate in the same manner as regular tiller blades when mounted reversed in the tiller. Reversible tiller blades are an efficient way to reduce operation costs. Tiller blade manufacturers produce them with sharpened edges on both sides. Once the edge side wears out, users can reverse them and use the other sharpened side.
