| Availability: | |
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CPDA
NIULI
Specification Category | Specific Values |
|---|---|
Rated Load Capacity | 1500kg |
Load Center Distance | 500mm |
Standard Lifting Height | 3000mm (Customizable up to 4–6 meters for some manufacturers) |
Minimum Turning Radius | Approx. 1.425–1.86m for mainstream models (Three-wheel versions offer greater maneuverability, suitable for narrow aisles) |
Travel Speed | Up to approx. 5.2–18km/h (no-load); approx. 5–17km/h (loaded) (Significant power variations across different brands) |
Vehicle Weight (with battery) | Approximately 2150–2950kg |
Traction Motor Power | 1.5–9.5kw for mainstream models (Well-known brands like Heli CPD15 can reach 9.5kw) |
Cargo sorting and turnover in small-scale e-commerce warehouses
Raw material and finished product handling in food processing plants
Replenishment operations in small supermarket storerooms
It is also applicable to small manufacturing workshops with strict noise and pollution requirements, for short-distance transportation of components and semi-finished products. However, it has limited climbing capability (only 4%–6% under full load in most cases), making it more suitable for operation on flat surfaces. It is not ideal for complex outdoor conditions such as muddy terrain or heavy-load climbing tasks.
As a core handling equipment in industrial logistics, forklifts bring significant conveniences to warehousing, production and logistics scenarios from multiple dimensions such as efficiency improvement, cost control and safety assurance, which can be specifically divided into the following 6 points:
Electric forklifts, with zero exhaust emissions and low noise, are suitable for indoor scenarios such as food factories, electronic workshops and supermarkets;
Fuel-powered forklifts, with strong power, can operate in outdoor heavy-load scenarios such as port yards, mines and construction sites;
Equipped with optional attachments such as side shifters and clamps, they can also handle goods of different forms including pipes, cartons and pallets, adapting to the production needs of multiple industries.
Comparison Dimension | Electric Forklifts (e.g., CPD15 1.5-ton model) | Fuel-Powered Forklifts (Diesel/Gasoline/LPG) |
|---|---|---|
Power Source | Driven by lead-acid batteries or lithium iron phosphate batteries, relying on charging | Driven by internal combustion engines using diesel, gasoline, or liquefied petroleum gas (LPG), relying on refueling |
Operating Environment | Indoor-oriented: Zero exhaust emissions and low noise, suitable for scenarios with high environmental and noise requirements such as food factories, electronic workshops, and supermarket warehouses; only applicable to flat, hardened roads | Outdoor-oriented: Strong power, suitable for heavy-load and complex terrain scenarios such as port yards, mines, and construction sites; capable of handling uneven roads like muddy ground and ramps |
Battery Life & Refueling/Charging | 4–12 hours of battery life (depending on battery capacity); charging takes 2–8 hours (1–2 hours for fast charging), requiring supporting charging piles | Unrestricted battery life; refueling takes only 5–10 minutes, with the option to carry spare oil drums, no location limitations |
Load Capacity | Mainstream models: 1–3 tons; heavy-duty electric forklifts can reach 5–10 tons (high cost) | Mainstream models: 3–10 tons; heavy-duty models can exceed 50 tons, with obvious advantages in heavy-load operations |
Procurement & Operating Costs | High procurement cost (30%–50% more expensive than fuel-powered forklifts of the same tonnage); low electricity cost (approx. ¥0.1–0.3 per km); batteries need replacement every 3–5 years, accounting for 40%–60% of the total vehicle cost | Low procurement cost; high fuel cost (approx. ¥1–2 per km, subject to oil price fluctuations); low maintenance cost with easily accessible spare parts |
Maintenance Difficulty | Complex structure (battery + electronic control + motor), requiring professional technicians for maintenance; long warranty period for core components | Mature structure (internal combustion engine + hydraulic system); extensive maintenance network coverage; on-site quick troubleshooting available (e.g., filter and spark plug replacement) |
Environmental Adaptability | Significant battery capacity attenuation in low/high temperature environments, affecting battery life and service life | Strong weather resistance; stable start-up and operation in temperatures ranging from -20℃ to 40℃, unaffected by extreme temperatures |
Climbing Capacity | Full-load climbing angle: 4%–8%, only suitable for gentle slopes | Full-load climbing angle: 15%–20%, capable of handling heavy-load operations on steep slopes |
If your operations are mainly indoor light-load and short-distance turnover with stable charging conditions → choose electric forklifts, which are eco-friendly, low-noise, and more cost-effective in the long run.
If your operations are mainly outdoor heavy-load and continuous work, or without supporting power supply → choose fuel-powered forklifts, which feature strong power, fast refueling, and adaptability to complex working conditions.
Specification Category | Specific Values |
|---|---|
Rated Load Capacity | 1500kg |
Load Center Distance | 500mm |
Standard Lifting Height | 3000mm (Customizable up to 4–6 meters for some manufacturers) |
Minimum Turning Radius | Approx. 1.425–1.86m for mainstream models (Three-wheel versions offer greater maneuverability, suitable for narrow aisles) |
Travel Speed | Up to approx. 5.2–18km/h (no-load); approx. 5–17km/h (loaded) (Significant power variations across different brands) |
Vehicle Weight (with battery) | Approximately 2150–2950kg |
Traction Motor Power | 1.5–9.5kw for mainstream models (Well-known brands like Heli CPD15 can reach 9.5kw) |
Cargo sorting and turnover in small-scale e-commerce warehouses
Raw material and finished product handling in food processing plants
Replenishment operations in small supermarket storerooms
It is also applicable to small manufacturing workshops with strict noise and pollution requirements, for short-distance transportation of components and semi-finished products. However, it has limited climbing capability (only 4%–6% under full load in most cases), making it more suitable for operation on flat surfaces. It is not ideal for complex outdoor conditions such as muddy terrain or heavy-load climbing tasks.
As a core handling equipment in industrial logistics, forklifts bring significant conveniences to warehousing, production and logistics scenarios from multiple dimensions such as efficiency improvement, cost control and safety assurance, which can be specifically divided into the following 6 points:
Electric forklifts, with zero exhaust emissions and low noise, are suitable for indoor scenarios such as food factories, electronic workshops and supermarkets;
Fuel-powered forklifts, with strong power, can operate in outdoor heavy-load scenarios such as port yards, mines and construction sites;
Equipped with optional attachments such as side shifters and clamps, they can also handle goods of different forms including pipes, cartons and pallets, adapting to the production needs of multiple industries.
Comparison Dimension | Electric Forklifts (e.g., CPD15 1.5-ton model) | Fuel-Powered Forklifts (Diesel/Gasoline/LPG) |
|---|---|---|
Power Source | Driven by lead-acid batteries or lithium iron phosphate batteries, relying on charging | Driven by internal combustion engines using diesel, gasoline, or liquefied petroleum gas (LPG), relying on refueling |
Operating Environment | Indoor-oriented: Zero exhaust emissions and low noise, suitable for scenarios with high environmental and noise requirements such as food factories, electronic workshops, and supermarket warehouses; only applicable to flat, hardened roads | Outdoor-oriented: Strong power, suitable for heavy-load and complex terrain scenarios such as port yards, mines, and construction sites; capable of handling uneven roads like muddy ground and ramps |
Battery Life & Refueling/Charging | 4–12 hours of battery life (depending on battery capacity); charging takes 2–8 hours (1–2 hours for fast charging), requiring supporting charging piles | Unrestricted battery life; refueling takes only 5–10 minutes, with the option to carry spare oil drums, no location limitations |
Load Capacity | Mainstream models: 1–3 tons; heavy-duty electric forklifts can reach 5–10 tons (high cost) | Mainstream models: 3–10 tons; heavy-duty models can exceed 50 tons, with obvious advantages in heavy-load operations |
Procurement & Operating Costs | High procurement cost (30%–50% more expensive than fuel-powered forklifts of the same tonnage); low electricity cost (approx. ¥0.1–0.3 per km); batteries need replacement every 3–5 years, accounting for 40%–60% of the total vehicle cost | Low procurement cost; high fuel cost (approx. ¥1–2 per km, subject to oil price fluctuations); low maintenance cost with easily accessible spare parts |
Maintenance Difficulty | Complex structure (battery + electronic control + motor), requiring professional technicians for maintenance; long warranty period for core components | Mature structure (internal combustion engine + hydraulic system); extensive maintenance network coverage; on-site quick troubleshooting available (e.g., filter and spark plug replacement) |
Environmental Adaptability | Significant battery capacity attenuation in low/high temperature environments, affecting battery life and service life | Strong weather resistance; stable start-up and operation in temperatures ranging from -20℃ to 40℃, unaffected by extreme temperatures |
Climbing Capacity | Full-load climbing angle: 4%–8%, only suitable for gentle slopes | Full-load climbing angle: 15%–20%, capable of handling heavy-load operations on steep slopes |
If your operations are mainly indoor light-load and short-distance turnover with stable charging conditions → choose electric forklifts, which are eco-friendly, low-noise, and more cost-effective in the long run.
If your operations are mainly outdoor heavy-load and continuous work, or without supporting power supply → choose fuel-powered forklifts, which feature strong power, fast refueling, and adaptability to complex working conditions.