Electric Stacker – 1000-1500kg Capacity with Heavy-Duty C+H Channel Mast

Electric Stacker – 1000-1500kg Capacity with Heavy-Duty C+H Channel Mast

This electric stacker delivers 1000-1500kg rated load, integrates a one-piece formed welded body, reinforced C+H channel mast, and 8-10mm steel plate chassis. The unit features a piano-finish coating, full-coverage impact-resistant防护板, and precision-engineered internal components for sustained heavy-load lifting with minimal mast deflection at full height.

Core Product Specifications

One-Piece Formed Welding – Structural Integrity

The entire truck body adopts a one-piece formed welding process, eliminating weak joint points and ensuring uniform stress distribution. This monolithic design significantly enhances torsional rigidity, allowing the stacker to maintain dimensional stability even during repeated high-frequency lifting cycles. The seamless construction also reduces potential failure points, extending the service life of both the frame and internal drive components.

Reinforced C+H Channel Mast – Reduced Sway Under Load

Equipped with a standard C+H section channel steel mast, this stacker uses extra-thick steel profiles that are precision-rolled for consistent wall thickness. The interlocking C+H geometry provides superior bending resistance in both the longitudinal and lateral directions. When lifting heavy loads to maximum height, the mast exhibits noticeably reduced sway compared to conventional single-channel designs. This improves operator confidence and load handling accuracy, especially in narrow aisle environments.

Heavy-Gauge Steel Chassis – 8-10mm Protection

The mainframe is fabricated from 8mm to 10mm thick steel plates, selected for their high yield strength and impact toughness. This substantial gauge thickness serves as a foundational safeguard: it absorbs and dissipates energy from unintended collisions with racks, pallets, or dock edges. The robust chassis also provides a stable mounting base for the drive motor, hydraulic pump, and control valve, reducing vibration transfer and preserving alignment of sensitive hydraulic circuits.

Full-Coverage Impact Guards – Shielding Internal Components

High-strength防护 plates completely envelop the lower body and critical component zones. These guards are engineered to deflect lateral and frontal impacts, protecting the battery compartment, hydraulic tank, and electrical junction box from debris or accidental strikes. The guard structure is integrated with the one-piece welded frame, so it adds no extra bolt-on weak points while effectively lowering the risk of costly internal part replacements.

Piano Baking Enamel – Durable Corrosion Resistance

The entire outer surface undergoes a piano baking enamel process, which cures the coating at high temperature to form a hard, glossy, and chemical-resistant layer. This finish not only gives the stacker a professional appearance but also resists chipping, scratching, and corrosion from oils, moisture, and cleaning agents. The smooth surface also simplifies daily cleaning and inspection routines.

Internal Component Layout – Service-Friendly Design

Internal electrical and hydraulic components are arranged with clear separation and accessible mounting points. The wiring harness follows protected channels, and the hydraulic lines are routed with minimal bends to reduce flow resistance. This layout facilitates routine maintenance checks and speeds up diagnostic procedures, minimizing downtime. The integrated design ensures that all internal parts remain securely positioned even under continuous operation, contributing to consistent lifting performance.