Customization: | Available |
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After-sales Service: | Responsibility for Any Manufacturing Defect |
Warranty: | 5 Years Warranty |
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After-service | Responsibility for any manufacturing defect | Warranty period | 3~10 years warranty |
Capacity | 40-60L | Apply | Auto parts |
Materials | PP | Type | Enclosed |
Shipping | Shipping,Airlift | Specafication | Multi-Specafication |
Trademark | Custom Printing Logo | Country of Origin | Jiangsu,China |
Advantages
1. Holistic Modernization of Import-Export Logistics Container SystemsOur upgraded containers integrate advanced materials (high-tensile steel alloys, fiberglass-reinforced composites) and ergonomic design innovations (adjustable compartmentalization, ISO 1496-certified dimensions) to elevate performance across global supply chains. Enhancements include improved corrosion resistance (marine-grade coatings), temperature stability (insulated panels), and compliance with regional trade regulations (IMDG, TIR), ensuring seamless cross-border transit while reducing damage rates by 35% compared to traditional models. 2. Proprietary CKD (Completely Knocked Down) Logistics Containers: Engineered for Disassembled Component IntegrityDeveloped through in-house R&D, these specialized containers address the unique demands of CKD operations-transporting unassembled automotive parts (engines, transmissions, body panels) across multi-modal routes. Key features include vibration-dampening foam inserts, anti-scratch polymer liners, and intermodal-compatible frames (fitted for sea, rail, and road transport), preserving part alignment and surface quality during 5,000+ km journeys and reducing component defects by 40% versus generic crates. 3. Innovative Heavy-Cargo Containers: Optimized Load Capacity, Safety, and Cost EfficiencyThis next-generation design combines a reinforced steel lattice frame with automated load-securing clamps and anti-slip rubber platforms, boosting maximum payload by 50% (to 8,000 kg) while cutting accidental shifts by 60%. By eliminating secondary packaging (stretch film, bubble wrap) and optimizing stack density (20% more units per truck), it reduces packaging material costs by 40% and lowers logistics expenses through streamlined loading/unloading workflows, directly enhancing supply chain ROI. 4. Customer-Centric Environmental Adaptability: Dustproof, Waterproof, and Outdoor-Ready SolutionsTailored to diverse operational environments, these containers offer modular protection features: hermetic silicone gaskets (ISO 60529 IP65 dustproof rating), hydrophobic nano-coatings (withstanding 100mm/h rain), and UV-stabilized polypropylene exteriors (resisting 5,000+ hours of sun exposure). This versatility ensures reliable performance in deserts, coastal ports, or industrial zones, safeguarding contents from sand, saltwater, or chemical splashes while maintaining internal component integrity. 5. Direct Component Transport & Storage Without Auxiliary PackagingFeaturing precision-molded EVA foam dividers, anti-static polyester liners, and shock-absorbing polyurethane cradles, these containers eliminate the need for single-use cardboard, Styrofoam, or plastic wraps. This reduces waste generation by 70% and simplifies handling-parts remain securely positioned from warehouse storage to assembly line delivery, with zero risk of displacement, scratches, or electrostatic damage. 6. Modular Interior Flexibility for Dynamic Component RequirementsWhen transitioning to new part specifications, only internal fixtures (adjustable 3D-printed cradles, magnetic dividers, or spring-loaded clamps) require reconfiguration-the outer container shell remains fully reusable for 10+ years. This design slashes retrofitting costs by 80% and minimizes resource waste, aligning with circular economy principles and significantly lowering long-term operational expenses compared to disposable alternatives. 7. Heavy-Duty Reusable Packaging for Large-Scale, High-Weight ComponentsConstructed from high-strength steel alloys (yield strength ≥ 550 MPa) or impact-resistant fiberglass composites, these containers are purpose-built for oversized, heavy parts (e.g., engine blocks, industrial turbine components). Their interlocking stackable frames (with load-rated corner posts) support 15,000 kg of cumulative weight when stacked, ensuring structural integrity even after 500+ reuse cycles-making them ideal for high-frequency manufacturing and logistics operations requiring durability and reliability. |
Advantages
Against the backdrop of the logistics packaging industry's rapid, innovation-driven evolution-fueled by advancements in material science, global sustainability mandates, and the pressing need for supply chain optimization-the strategic focus of leading enterprises has coalesced around three interconnected priorities: aggressive cost reduction, enhanced production efficiency, and the scaling of green, recyclable packaging solutions. In stark contrast, traditional packaging staples like cardboard cartons and wooden crates, once industry mainstays, now represent a dual burden: environmentally, they contribute to deforestation, generate non-biodegradable waste (e.g., chemical-treated wood residues, adhesive byproducts), and demand energy-intensive disposal processes; economically, they incur high replacement and recycling costs, fail to integrate with reusable systems, and hinder modern supply chain agility. 1. Tailored Solutions for the Automotive Industry's Unique Transportation DemandsEngineered to address the automotive sector's hyper-specific logistical challenges, these advanced packaging systems are designed to safeguard both delicate precision components (e.g., electronic control units, sensor modules) and heavy-duty assemblies (e.g., engine blocks, chassis frames) during transit. They incorporate vibration-dampening inserts, impact-resistant buffers, and temperature-stabilizing materials to mitigate risks of damage from long-haul road transport, intermodal shipping, or cross-border logistics. By aligning with just-in-time (JIT) manufacturing workflows, they ensure components arrive in pristine condition, minimizing costly production delays and supporting seamless integration into assembly lines-critical for maintaining the automotive industry's fast-paced production cycles. 2. Layered Protection Through Reinforced Liners and Engineered Top CoversA dual-protection mechanism enhances component safety via specialized internal liners and a robust top cover. Liners are crafted from shock-absorbent foam (for impact resistance), anti-static fabrics (for electronic components), or moisture-wicking materials (for metal parts), each tailored to the component's fragility or sensitivity. The top cover features sealed edges to block dust ingress, UV-resistant coatings to prevent material degradation, and heavy-duty locking mechanisms to secure the load, creating a hermetic barrier against external contaminants (rain, debris, or industrial pollutants). Together, these layers reduce micro-damage from sustained vibrations or sudden jolts, preserving component integrity from warehouse storage to final assembly. 3. Ergonomic, Space-Efficient Design for Streamlined Handling and Robust Load PerformanceDesigned with operational efficiency in mind, these packaging units simplify loading and unloading through ergonomic handles, quick-release latches, and forklift-accessible bases-reducing manual labor strain by up to 40% compared to rigid alternatives. Their foldable structure (collapsing to 1/5 of expanded volume) and stackable design (with interlocking corners for stability) optimize warehouse and transport space, cutting storage costs by 60% and enabling denser loading in trucks or shipping containers. Additionally, their robust load capacity-500kg per unit and 2500kg for stacked configurations-ensures reliability in high-frequency automotive logistics, significantly lowering product damage rates during handling while maintaining workflow continuity. This blend of functionality, durability, and space-saving design positions them as a cornerstone of modern, sustainable supply chain operations. |
1. What materials are used in the manufacturing of your products?Our products are crafted from two high-performance materials, each selected for its distinct advantages in logistics applications:
2. How are your products packaged for shipment?Goods are meticulously prepared for safe, efficient transit:
3. What payment terms do you offer?We provide flexible payment options to accommodate diverse client needs:
4. What surface finishes are available for your products?We offer four specialized finishes to enhance durability and aesthetics, tailored to operational environments:
5. What are the loading capacity specifications?Our product range includes three tiered load categories to address varied logistics requirements:
6. I have limited experience with logistics products-can you recommend solutions?Absolutely. Our team of logistics packaging experts provides tailored guidance:
7. I like your design style but can't find the right model-do you offer custom sizing?Yes, custom sizing is a core service. Our design engineers work closely with clients to create precise dimensions (tolerance: ±1.5mm) that fit unique component shapes, storage constraints, or specialized handling equipment (e.g., narrow-aisle forklifts). Prototypes are provided for approval before full production to ensure alignment with your needs. 8. I want custom-designed products but need a small quantity-is this feasible?We support custom designs for both small and large orders. However, note:
9. I don't have technical drawings for my custom product-can you design it for me?Certainly. To develop a tailored solution, we require the following details: 10. What is the minimum order quantity (MOQ)?Our MOQ is typically defined by container capacity, starting at 1x20'GP (20-foot general purpose container). Exact quantities vary by product size:
11. What is the average production lead time?Standard lead time is 2-3 weeks from the confirmation of a formal purchase order and receipt of a 30% deposit. For rush orders, we offer an expedited service (1-2 weeks) with a 15-20% premium, subject to production line availability and material stock levels. 12. What warranty does your company provide?We stand behind our products with a 3-10 year warranty (duration dependent on product type and finish), conditional on proper use:
13. How do you handle quality issues reported after delivery?We take full responsibility for manufacturing defects. If issues arise post-delivery:
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