TEL: +86-158-5877-7327
| Name | Model | Characteristics | Resources |
|---|---|---|---|
| DTL-1 | φ8.5 | ||
| DLT | |||
| DTL-2 | |||
| DTL-2-F | |||
| DTL-S | |||
| GTL |
1. Dual-metal transition design: Specially developed for connecting aluminum cables to copper terminals, solving galvanic corrosion issues between dissimilar metals.
2. Reliable joint performance: Adopts friction welding or precision bonding technology. The copper and aluminum parts are tightly combined, featuring high mechanical strength and no separation risk.
3. Superior electrical conductivity: Copper end ensures low contact resistance; aluminum section maintains excellent current transmission, effectively preventing overheating.
4. Good anti-corrosion capability: Professional surface treatment resists oxidation and electrochemical corrosion, suitable for long-term use in harsh environments.
5. Lightweight & cost-saving: Lighter and more affordable than full-copper lugs, cutting down material and installation costs.
6. Standardized quality: Manufactured in accordance with IEC standards and ISO 9001 certification for consistent performance.
1. Copper Section
Made of high-conductivity copper for connection with copper terminals and busbars. It maintains low contact resistance and stable electrical performance.
2. Aluminum Section
Constructed from high-purity aluminum for crimping with aluminum cables. It is lightweight, flexible and cost-effective.
3. Bonding Process
Two metals are combined by friction welding or precision solid bonding, with strong structure and no separation risk.
4. Surface Treatment
Optional tin plating and anti-oxidation coating prevent galvanic corrosion, suitable for indoor and outdoor use.
| Application Fields | Detailed Usage Scenarios |
|---|---|
| Power distribution systems | LV & MV distribution panels, switchgear cabinets |
| Overhead power lines | Line terminations and pole connections |
| Transformer stations | Transformer inlet & outlet connections, busbar terminations |
| Grounding systems | Equipment grounding and lightning protection connections |
| Industrial electrical projects | Industrial machinery, motor control centers and mixed-metal wiring systems |
1. Match cable cross-section
Choose the lug size that fully matches the cross-sectional area of your aluminum cable to ensure sufficient contact area and avoid poor conduction.
2. Confirm voltage grade
Select LV-rated lugs for indoor distribution wiring and MV-rated models for overhead lines and transformer equipment with higher strength requirements.
3. Check bolt hole specification
Match the lug’s bolt hole diameter with terminal bolts (M6/M8/M10/M12) to prevent loosening caused by vibration or load changes.
4. Consider working environment
For outdoor, coastal, humid or corrosive areas, prioritize products with enhanced anti-corrosion surface treatment to extend service life.
5. Verify quality & standards
Pick products compliant with IEC relevant standards and ISO 9001 certification to guarantee safety and long-term stable operation.
6. Confirm processing craft
Prioritize lugs made by friction welding, which deliver firmer metal combination and better overall performance.
Injection Molding Department |
Storage Area |
Quality-Testing-Lab |
CNC-Machining-Department |
Test report |
CNAS |
ISO |
CE insulation piercing connector |
IPC COC |
The normal working temperature of our bimetal cable lugs ranges from -40℃ to +90℃, and it can withstand short-time overheating.
Yes. Our tin-plated bimetal cable lugs have excellent anti-corrosion performance, suitable for outdoor, humid and coastal working conditions.
We supply compression type, bolted type, short barrel, long barrel, single-hole, double-hole and insulated sheath series. Full range covers 10mm² ~ 630mm².
Common reasons: incorrect model selection, poor crimping, reversed installation of bimetal cable lugs, loose bolts or overload current.
Sure. We support OEM and customization on size, hole position, surface treatment and logo for bimetal cable lugs.
Get Power Fittings Selection Guide
TEL: +86-158-5877-7327
No. 16, Waixi Road, Lingang Economic Development Zone, Yueqing Bay Port Area, Yueqing City, Wenzhou City, Zhejiang Province, China
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