How to Choose the Right Loader Tonnage Based on Your Operating Scenario?

You need to match the tonnage with your core operation requirements:

For municipal engineering, small-scale building material loading/unloading, and agricultural bulk material handling (e.g., sand, gravel, chemical fertilizers), 3-5 ton loaders (such as the SW955K-S) are recommended. They offer high flexibility, lower fuel/electricity consumption, and are suitable for narrow workspaces.

For heavy-duty operating conditions like ports, steel plants, and coal yards (e.g., bulk transfer of ores and coal), 6-8 ton loaders (such as the SW966E) are advised. With a rated load capacity of ≥6.8T, they can meet the demands of high-intensity continuous operations.

If your operations involve forestry wood grabbing or waste disposal, prioritize models with dedicated attachment interfaces, or directly select forestry-specific loaders (such as the SY95C) to avoid adaptation issues caused by post-purchase modifications.

What Factors Determine the Bucket Capacity of a Loader?

The bucket capacity should match the material density and operational efficiency requirements:

For lightweight materials (e.g., coal, wood chips): You can choose an enlarged bucket that is 10%-20% larger than the "standard bucket capacity" corresponding to the rated load. This increases the single-load volume (e.g., a 6-ton loader equipped with a 5.0m³ bucket).

For heavyweight materials (e.g., ores, steel): It is necessary to select the "standard bucket capacity" or a slightly smaller one to avoid overloading, which may damage the frame or hydraulic system (e.g., a 6-ton loader equipped with a standard 4.5m³ bucket).

If the operation requires frequent "shoveling-lifting-unloading" (e.g., feeding at a mixing plant), it is recommended to choose a model with a "quick-change bucket" function. This allows for rapid switching between buckets of different capacities or other attachments (e.g., loading buckets, log grapples).

1. How Reliable Is the "Three-Electric System" (for Electric Loaders)? What Is the Significance of Protection Level?

The three-electric system (battery, motor, electronic control) is the core of an electric loader. Mainstream models (such as the SW966E) all meet the IP67 protection level:

Meaning of IP67: Fully dust-tight (Level 6) + Protection against temporary immersion in 1-meter-deep water for 30 minutes without water ingress (Level 7). It can handle working conditions like rain, snow, and wading (water depth ≤ 30cm), preventing malfunctions caused by water or dust intrusion.

Additional Guarantees: Regular brands conduct "collision and extrusion tests" (e.g., complying with the GB38031 battery safety standard). In extreme cases, the battery will not crack, catch fire, or explode. Moreover, key components usually come with a "warranty" (e.g., a 5-year/2,000-hour warranty for the battery).

How Do a Loader’s "Lifting Force" and "Traction Force" Affect Operations?

Lifting Force: Determines "how heavy the materials the loader can lift". Insufficient lifting force will cause slow lifting when the bucket is full, or even failure to reach the required dumping height (e.g., if the truck compartment height is 3.5m, a model with a maximum lifting height of ≥ 3.8m should be selected).

Traction Force: Affects "the ability to shovel materials" and "climbing performance". Insufficient traction will lead to slipping when shoveling hard soil or ores, or insufficient power when climbing slopes (slope ≥ 15°). For heavy-duty working conditions, it is recommended to choose a model with a traction force of ≥ 180kN.

What Optional Attachments Are Available? Which Are Commonly Used and Worth Adding?

Common attachments and their applicable scenarios:

Must-Have Category: Quick-couplers (facilitate attachment switching, recommended as standard) and buckets (select standard/enlarged/rock buckets based on materials).

Common Category: Log grapples (for forestry/waste disposal), sweepers (for factory premises/municipal road cleaning), and breakers (for small-scale demolition/stone crushing).

Special Category: Forks (for pallet handling), snow blowers (for road snow removal in northern winter), and milling machines (for road renovation).

It is recommended to choose attachments based on "core operations + future expansion needs" and avoid blind addition (e.g., log grapples are unnecessary if only sand and gravel loading/unloading is required).

What After-Sales Services Are Available After Purchase? What Is the Warranty Period?

Warranty Scope

Mainstream brands (such as SANY) usually provide a 1-year/2,000-hour whole-machine warranty (whichever comes first). Core components (e.g., engine, battery, motor) have a longer warranty period (e.g., 5-year/2,000-hour warranty for batteries, 3-year/5,000-hour warranty for engines), while vulnerable parts (e.g., tires, brake pads) have a shorter warranty period (usually 1-3 months).

After-Sales Services

Maintenance Response: Most brands promise "on-site service within 24 hours" (for urban/suburban areas) and within 48 hours for remote areas.

Spare Parts Supply

Core spare parts (e.g., filters, hydraulic oil) are stored in regional warehouses and can be delivered the next day; special spare parts (e.g., battery modules) require 3-7 days for allocation.

Value-Added Services

Some brands offer "lifetime technical consultation" and "regular inspections" (e.g., on-site checks every six months). Long-term cooperative customers can enjoy discounts on spare parts.

What Does the Loader Price Include? Are There Additional Costs (e.g., Transportation, Installation)?

Basic Quotation

It usually includes the bare machine + standard attachments (e.g., bucket) + basic warranty (e.g., 1-year/2,000-hour whole-machine warranty). It does not include transportation fees, purchase tax (if it is a motor vehicle), or personalized modification fees (e.g., adding air conditioners, protective nets).