An electric stacker is an industrial handling equipment powered by a battery, primarily used for lifting and short-distance transportation of palletized goods. Its core functions include electric lifting (with a typical lifting height of 1.6-5 meters), noiseless and smooth operation, precise control, as well as energy efficiency and environmental friendliness. It boasts advantages such as zero emissions, low maintenance costs, suitability for indoor warehousing, and capability in light-to-medium cargo handling. With easy operation and alignment with modern logistics automation requirements, it is widely applied in scenarios including e-commerce and manufacturing.

Semi-electric pallet truck is a handling equipment combining advantages of manual and fully electric types. Only the lifting is motor-driven, while movement relies on manual pushing. With a load capacity of 1-2.5 tons and a small battery (8-10 hours runtime), it saves 60% effort compared to manual ones and costs about 30% less than fully electric models. Suitable for medium-intensity operations in small warehouses and convenience stores, it balances efficiency and cost, filling the gap between laborious manual and high-cost fully electric options.

The Hand Pallet Truck, also known as a manual hydraulic transport vehicle, is a wheeled vehicle used for loading, unloading, stacking and short-distance transportation of goods. It is usually manually controlled and uses a hydraulic jack for lifting. With a compact and flexible structure, it has four running wheels and one steering wheel. The hand pallet truck generally has a load capacity of 2-10 tons and is widely used in warehouses, logistics, supermarkets, production workshops and other places. It can effectively reduce manual labor and improve handling efficiency.

Electric Pallet Truck is a battery-powered handling equipment, mainly used for short-distance transportation, loading, unloading and stacking of goods. Driven by an electric motor for movement and lifting, it is easy to operate, with a load capacity usually 1.5-3 tons and a battery life of 4-6 hours. More labor-saving than manual pallet trucks, it is suitable for high-frequency operation scenarios such as warehouses and logistics centers, significantly improving handling efficiency and reducing labor costs.

Manual Stacker is a manually operated stacking equipment, mainly used for short-distance transportation and low-level stacking of goods (usually 1.6-3 meters high). The forks are lifted manually via a hydraulic pump, with a load capacity of 1-2 tons. Compact in structure and no need for power supply, it is suitable for small warehouses, convenience stores and other space-constrained scenarios with small workloads. It is easy to operate, low in maintenance cost, and meets basic stacking needs.

Shackles are critical connecting components in lifting and hoisting operations, primarily used to securely link hooks, chains, wire ropes, or slings. Forged from high-strength alloy steel (e.g., G80/G100 grade) and heat-treated via quenching-tempering, they achieve a ​​tensile strength of 800-1000 MPa​with a 4:1-5:1 safety factor​(e.g., a 50-ton shackle has a breaking load ≥200 tons). Common types include Bow Shackles and Dee Shackles, with load capacities ranging from 0.5 to 100 tons​. Surfaces are treated with ​hot-dip galvanizing​or Dacromet coating​(resisting 1,000+ hours of salt spray), making them suitable for ports, construction, mining, and transportation. Certified to EN 13889​(Europe) and ASME B30.26​(North America), they feature anti-disengagement and impact-resistant properties, with a service life exceeding 10 years.

Lifting hooks are heavy-duty forged steel connectors designed to securely attach loads to cranes, hoists, or slings during lifting operations. Manufactured from high-tensile alloy steel (e.g., ASTM A489), they undergo heat treatment for enhanced strength (up to 1,000 MPa tensile strength) and feature a ​​4:1–5:1 safety factor​​ to prevent deformation under load. Common types include clevis hooks, eye hooks, and swivel hooks, with load capacities ranging from ​​0.5 to 100 tons​​.
Equipped with safety latches to prevent slippage, they comply with ​​ASME B30.10​​ and ​​EN 1677-1​​ standards for rigorous load testing. Ideal for construction, manufacturing, and logistics, these hooks offer corrosion-resistant finishes (e.g., galvanized or powder-coated) for durability in harsh environments like ports or mines. Their robust design ensures reliable, accident-free material handling.

G100 lifting chains are premium, ultra-high-strength steel chains engineered for extreme-load applications, surpassing G80 in capacity and durability. Crafted from high-tensile alloy steel (e.g., ASTM A1085) with advanced quenching-tempering processes, they deliver a minimum tensile strength of ​​1,000 MPa​​ (vs. G80’s 800 MPa) and a safety factor of 5:1 (static load), ensuring reliability under 100-ton+ loads. Certified to EN 818-7 (heavy-duty) and API RP 2F (offshore), G100 chains feature Dacromet coating (100+ hours salt-spray resistance) and precision-machined links for minimal wear. Ideal for super-heavy machinery lifting (e.g., port cranes, wind turbine hubs) and harsh environments (mines, Arctic construction), they set a new benchmark for extreme-load safety and longevity.

G80 lifting chains are high-strength, durable steel chains designed for heavy-duty lifting, towing, and securing applications. Manufactured from alloy steel with precision heat treatment, they deliver exceptional tensile strength (typically 800 MPa minimum) and a safety factor of 4:1, ensuring reliability under extreme loads. Certified to ANSI B30.9 and ISO 606 standards, G80 chains resist wear, corrosion (with optional zinc plating), and deformation, making them ideal for construction, mining, logistics, and industrial lifting. Their compact design and reliable performance make them a global go-to for professionals requiring robust load-handling solutions.

Mechanical screw jacks are robust, manually operated lifting devices designed for vertical load elevation. Powered by a high-tensile steel screw mechanism, they convert rotational force into linear motion, enabling precise and stable heavy-duty lifting. Typically available in capacities ranging from 2 tons to 50 tons (e.g., 12T/16T models shown), these jacks feature durable cast iron or steel construction, anti-corrosive coatings, and ergonomic handles for effortless operation.
Ideal for automotive maintenance, industrial equipment installation, and construction sites, they offer advantages like self-locking screws (preventing unintended descent), compact portability, and low maintenance. Safety-enhanced designs include overload protection and stable base plates, ensuring reliable performance even under demanding conditions. With simple mechanics and versatile applications, mechanical screw jacks remain a cost-effective solution for moderate to heavy lifting needs.

Platform Lift Tables (Lift Tables)​​ are versatile material handling equipment designed to elevate and position loads efficiently. Equipped with hydraulic or pneumatic lifting systems, they adjust heights manually or electronically, accommodating loads from 200kg to several tons. Key features include a sturdy, non-slip platform, safety rails, and mobile caster wheels for easy maneuverability. Ideal for warehouses, workshops, and logistics centers, these tables reduce manual lifting strain, enhance workplace ergonomics, and streamline tasks like loading, unloading, and assembly. With customizable height ranges and load capacities, they offer flexible solutions for diverse industrial and commercial needs, prioritizing safety, durability, and operational efficiency.

Webbing slings are flexible, high-strength lifting tools designed for securing and transporting heavy loads in industrial, logistics, and construction settings. Crafted from synthetic fibers (polyester, nylon, or aramid), they feature a flat or round woven structure with reinforced end fittings (metal rings or hooks), enabling secure attachment to cranes, hoists, or forklifts.
Key advantages include lightweight design (reducing operator strain), gentle load contact (preventing surface damage to fragile goods), and corrosion resistance (suitable for outdoor or humid environments). Rated by safety factors (typically 4:1–6:1), they comply with international standards (e.g., EN 1492-1) and support loads from 1 ton to 100+ tons. Ideal for lifting machinery parts, steel coils, or bulk materials, webbing slings balance durability, versatility, and cost-effectiveness in material handling operations.

Magnetic lifters are industrial tools designed to lift and transport ferromagnetic materials (e.g., steel plates, iron blocks) via electromagnetic or permanent magnetic force. Electromagnetic models generate lift via coil-powered magnets (controllable on/off), while permanent ones use fixed magnets for consistent force. Key features include compact size, no mechanical clamps (preventing material damage), and rapid load engagement. Widely used in steel mills, warehouses, and shipyards, they streamline handling of heavy, flat, or irregularly shaped metal workpieces, enhancing safety and efficiency. Typical lifting capacities range from 1 ton to 100+ tons, with safety mechanisms (e.g., lock systems for electromagnets) ensuring reliability.

Manual Chain Hoist is a compact, human-powered lifting device widely used in industrial, construction, and maintenance settings. It features a hand-operated chain or lever that drives a gear system to lift or lower loads (typically 0.5-5 tons). With simple structure—including a chain wheel, load chain, and ratchet mechanism—it enables smooth, controlled movement of heavy objects. Portable, cost-effective, and electricity-free, it is ideal for on-site tasks like equipment installation, warehouse cargo handling, or repair work, adapting flexibly to tight spaces or off-grid environments.

An electric hoist is a fully electrically driven vertical/inclined lifting device, with its core relying on a motor to drive chains or wire ropes for heavy object handling. It features precise speed regulation, overload protection, and remote control operation, supporting frequent start-stop actions and low-noise performance. Widely used for efficient material handling in factories, warehouses, docks, and other scenarios, its manual operation-free design significantly enhances work efficiency, making it a mainstream choice for light-to-medium duty lifting in industrial automation.