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HFE60
HuaHe
Meta Description: HEF60 — 6-ton LiFePO4 electric forklift. Zero emissions, 80V/800Ah battery, 40 kW AC drive motor, 15% gradeability at full load, CE certified. Built for food factories, cold-chain warehouses, and facilities with carbon-compliance requirements.
A diesel 6-ton forklift has a visible price tag. The ongoing costs are less visible: fuel every shift, engine oil and filter changes on a fixed schedule, mandatory ventilation systems in enclosed facilities, and the documentation burden when your buyers require carbon-compliance records.
The HEF60 is built on a different cost structure. No fuel. No engine service intervals. No exhaust — which means no ventilation requirement and no emissions documentation gap. The switch is not primarily about the machine; it is about removing the recurring costs that come with combustion.
| Parameter | Specification | What It Means for Your Business |
Power Type | LiFePO4 Battery | No combustion, no emissions, no fuel cost |
Rated Capacity | 6,000 kg | Handles full pallets of steel, stone, or cold-chain loads without compromise |
Battery | 80V / 800Ah | Covers a full 8-hour shift under heavy-cycle conditions; afternoon top-up extends to 16h |
Drive Motor | 40 kW (AC) | Peak torque from zero RPM — outperforms diesel on ramp starts |
Lift Motor | 30 kW | 400 mm/s lift speed at full load — matches diesel-class cycle time |
Max Lift Height | 3,000 mm | 3-stage mast standard; custom heights available |
Free Lift Height | 190 mm | Container and low-clearance loading dock compatible |
Min. Turning Radius | 3,410 mm | Negotiates 3.8m aisles without repositioning |
Gradeability (laden) | 15% | Ramp and dock approach qualified, fully loaded |
Top Speed (full load) | 18 km/h | Matches diesel throughput on flat-floor facilities |
Total Weight | 9,100 kg | Counterweight-balanced for maximum stability at rated load |
Controller | HUAHE AC+DC | Regenerative braking feeds charge back to battery on every descent |
Feature: Lithium iron phosphate (LiFePO4) battery, 80V / 800Ah standard configuration.
Benefit: LiFePO4 chemistry maintains a flatter discharge voltage curve compared to lead-acid, which means the battery gauge reflects actual remaining capacity rather than dropping unexpectedly under load. For a 6-ton forklift running heavy lift cycles, predictable energy output directly translates to predictable shift planning.
The cost angle: LiFePO4 cells do not require the daily full-charge cycles that lead-acid batteries depend on to maintain capacity. Opportunity charging during breaks — without damaging the battery — means one battery pack supports a 2-shift operation without a spare set. Fewer battery assets per truck, less floor space for charging infrastructure, simpler daily logistics.
Feature: 40 kW AC drive motor. 30 kW lift motor. HUAHE AC+DC controller. Gradeability: 15% at full load.
Benefit: AC motors deliver usable torque from a standstill — there is no RPM threshold to reach before pulling away on a ramp. The HEF60's rated 15% gradeability is measured at 6,000 kg full load, meaning the specification already accounts for the hardest condition you will put it in, not an unloaded test run.
The cost angle: The AC+DC controller architecture supports regenerative braking — kinetic energy recovered during mast lowering and downhill travel is fed back into the battery rather than lost as heat. Over a full shift of repeated lift-lower cycles, this reduces net energy draw from the charger.
Feature: Min. turning radius 3,410 mm. Overall width 2,000 mm. Wheelbase 2,250 mm.
Benefit: With an overall width of 2,000 mm and a minimum turning radius of 3,410 mm, the HEF60 is dimensioned to work in standard industrial aisle layouts without requiring custom widening. The 2,250 mm wheelbase keeps the footprint compact relative to the 6-ton rated capacity — a balance that matters when operating in facilities not originally designed for heavy-tonnage equipment.
The cost angle: A forklift that fits the existing aisle layout without modification avoids the civil works cost of widening aisles or relocating racking. The 300–1,830 mm fork spread range also means the same truck handles both narrow and wide pallet configurations without attachments.
Feature: Zero tailpipe emissions. CE certified. No exhaust, no NOx, no particulates.
Benefit: Food production, pharmaceutical, and cold-chain facilities must meet enclosed-space air quality standards that diesel engines physically cannot satisfy. For factories supplying European or North American retailers, carbon footprint audits are no longer optional — they are supplier qualification criteria.
Evidence: The HEF60 carries CE certification. As a zero-emission electric forklift, it produces no exhaust gases during operation — a straightforward compliance fact that can be documented and submitted to buyers or auditors without third-party testing.
The cost angle: For facilities that supply to markets with mandatory supplier carbon disclosure requirements, having zero-emission material handling equipment on the floor removes one documentation gap from the audit checklist. The CE mark also simplifies import clearance into European markets for buyers who require equipment conformity records.
Feature: AC+DC dual charging compatibility. 80V system. BMS-managed charge acceptance.
Benefit: Lead-acid electric forklifts require a full charge cycle before the battery is ready for the next shift — which means a 2-shift operation typically needs a spare battery per truck, a dedicated swap area, and equipment to handle the heavy pack. LiFePO4 chemistry accepts partial charging without capacity degradation, so a break-time top-up is a genuine operational option rather than a workaround.
The cost angle: If one battery pack per truck is sufficient for a 2-shift day, the fleet does not need duplicate battery inventory. The floor space previously reserved for a battery swap station, spare packs, and handling equipment can be repurposed — or simply not built in the first place.
The operating cost difference between a diesel and a LiFePO4 electric forklift depends on three inputs specific to your facility: your local electricity rate, your current diesel or LPG price, and your daily shift hours. Rather than publish a generic estimate that may not reflect your market, we calculate TCO on a per-inquiry basis.
The cost categories that change when you move from diesel to HEF60:
| Cost Category | Diesel 6T | HEF60 |
Fuel | Diesel / LPG consumption per shift | Electricity per shift (80V / 800Ah system) |
Lubrication & Fluids | Engine oil, hydraulic fluid, coolant changes | Hydraulic fluid only (no engine lubrication circuit) |
Scheduled Maintenance | Engine service intervals (filters, belts, injectors) | AC motor and controller inspection; no engine components |
Battery | N/A | LiFePO4 pack (no mid-cycle replacement expected within standard warranty period) |
Ventilation Infrastructure | Required for enclosed spaces | Not required — zero exhaust emissions |
Share your daily operating hours and local energy costs — we will return a line-by-line cost comparison within 48 hours.
Food & Beverage Export Factories — Enclosed facilities where diesel exhaust is not permitted. Zero-emission operation means no ventilation requirement for the forklift itself, and no exhaust contamination risk in food-contact production areas.
Cold-Chain Logistics Operators — Facilities operating in low-temperature environments where combustion-powered equipment cannot safely run indoors. The HEF60's LiFePO4 chemistry is designed to operate across a wide temperature range without the ventilation constraints of diesel alternatives.
Automotive & Industrial Parts Manufacturers — Suppliers required to document equipment emissions as part of buyer ESG or carbon-disclosure audits. The HEF60's CE certification and zero-emission status provide a straightforward compliance record.
High-Throughput Distribution Centers — Operations running extended daily hours where the ability to opportunity-charge during breaks (rather than swap battery packs) simplifies shift logistics and reduces battery asset overhead.
We recommend requesting the following from any electric forklift supplier :
CE Declaration of Conformity (current certificate)
Full technical specification sheet with rated parameters under load conditions
Controller manufacturer documentation (HUAHE AC+DC system)
Warranty terms for battery pack, motor, and controller
Spare parts availability and lead time for key components
If a supplier cannot provide these, the published specification is not the risk — the missing documentation is.
FAQ
Q1: Can the battery operate normally in a -30°C cold storage? How long does it take to charge fully?
A1:Yes. This model utilizes battery technology optimized for extreme temperatures, ensuring reliable operation within an ambient temperature range of -30°C to 60°C. Charging time depends on the specific charger model. The large-capacity battery, supported by a compatible fast charger, can significantly reduce charging time.
Q2: What does "Maintenance-Free" specifically mean?
A2:"Maintenance-Free" means the LiFePO4 battery requires no regular maintenance activities, such as periodic watering or equalizing charges necessary for lead-acid batteries, throughout its service life, saving significant labor and time costs.
Q3: What practical value does the Intelligent Location Management System bring?
A3:This system enables real-time vehicle location, optimized travel routes, prevention of vehicle idle time, and integration with Warehouse Management Systems (WMS). Ultimately, it helps you improve logistics efficiency, potentially reduce the number of forklifts required, and enhance onsite safety management.
Q4: Which industries and applications is this forklift suitable for?
A4:Its characteristics of heavy load capacity, cold resistance, and high performance make it highly suitable for industries requiring high-intensity, round-the-clock operations, such as ports, steel & metallurgy, paper, cold chain logistics, and large-scale manufacturing.
