——SHINING Innovative Solutions Power Critical Conveyance System Upgrades

Executive Summary

In a recent comparative test for heavy-duty industrial conveyance systems, SHINING maintenance-free chains demonstrated significant advantages over an industry-leading alternative across multiple critical performance metrics. Simulating extreme load conditions (up to 1,800 kg) and prolonged operational scenarios, SHINING’s solution delivered lower energy consumption, extended wear resistance, and mechanical stability, providing partners with a high-efficiency, reliable solution and laying the technical foundation for future projects.

Challenges & Context

1.Demanding Application Requirements

-A global automotive manufacturer required upgrades to factory conveyance systems to accommodate next-generation electric vehicle (EV) production, with an 80% increase in payload capacity (from 1,000 kg to 1,800 kg).

-System requirements:

Maintenance-free design to reduce operational costs

Compatibility with existing 12B-series sprockets to avoid infrastructure overhaul

High load stability at 6-meter sprocket center distances

2.Industry Pain Points

-Traditional chains under heavy loads risk elongation, lateral movement, and lubrication dependency, increasing downtime and maintenance costs.

-The client’s original solution exhibited high energy consumption, elevated noise levels, and premature wear strip degradation in preliminary tests.

SHINING Solution

1.Technical Highlights

-SHINING 12B-SLR-3 Maintenance-Free Chain

Low-Friction Design: 15-20% reduction in drive energy consumption (Newton-meter force metrics).

Enhanced Stability: Zero deviation in sideplate spacing, with lateral movement 50% lower than alternatives.

Encapsulated Lubrication Technology: Integrated specialty lubricants minimize external contamination, extending wear strip lifespan by 30%.

Material Innovation: Precision-sintered bushings and chemically nickel-plated pins achieved zero visible wear (validated via 16-link elongation tests).

2.System Optimization

-Collaborative testing with high-density polyethylene (HDPE) wear strips confirmed long-term compatibility under 1,800 kg loads.

-Customized technical support enabled real-time PLC monitoring of chain performance.

Testing Methodology & Results

1.Test Design

-Double-Blind Comparison: Identical payloads (1,000 kg/1,800 kg), speeds, and environmental conditions for SHINING vs. competing product.

-Key Metrics:

Chain elongation (Tsubaki wear gauge verified)

Drive energy consumption (Newton-meter force)

Wear strip degradation rates

Operational noise levels

2.Key Outcomes

Client Feedback

“SHINING’s maintenance-free performance and energy efficiency exceeded expectations. Their technical expertise accelerated testing by 50%, directly influencing our selection for 300+ future systems.”
——Project Lead, Testing Partner

Industry Value & Long-Term Benefits

1.Economic Impact

-Per kilometer of chain system, SHINING reduces:

Annual maintenance costs: 40-50% reduction (no relubrication, fewer replacements)

Energy expenses: 10-15% savings (lower Newton-meter force demand)

2.Sustainability Advantages

-90% reduction in lubricant use, aligning with ISO 14001 standards.

-Extended equipment lifecycle, minimizing waste generation.

Technical Specifications & Certifications

-Compatibility: 12B-2/12B-3 series, ISO 606 roller chain standards

-Certifications: ISO 9001 (Quality), ISO 45001 (Safety)

About SHINING

As an innovator in industrial power transmission, SHINING specializes in high-performance, low-maintenance chain solutions. Our products have been validated in 200+ global extreme-condition applications, empowering clients to achieve breakthroughs in smart manufacturing and sustainability.

（Note: Client and competitor names are anonymized to protect confidentiality; data verified by independent third parties.）