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  • Customizable Digital Electronic Detonator Blasting Wire Used in Mining Infrastructure Construction 0.8mm Copper Core
  • Customizable Digital Electronic Detonator Blasting Wire Used in Mining Infrastructure Construction 0.8mm Copper Core
  • Customizable Digital Electronic Detonator Blasting Wire Used in Mining Infrastructure Construction 0.8mm Copper Core
  • Customizable Digital Electronic Detonator Blasting Wire Used in Mining Infrastructure Construction 0.8mm Copper Core
  • Customizable Digital Electronic Detonator Blasting Wire Used in Mining Infrastructure Construction 0.8mm Copper Core
  • Customizable Digital Electronic Detonator Blasting Wire Used in Mining Infrastructure Construction 0.8mm Copper Core
Customizable Digital Electronic Detonator Blasting Wire Used in Mining Infrastructure Construction 0.8mm Copper Core

Customizable Digital Electronic Detonator Blasting Wire Used in Mining Infrastructure Construction 0.8mm Copper Core

  • >= 1 Meters
    $0.17

Customization:

Diameter Customizable（Min.Order: 1 pieces）
View product details

Customizable Digital Electronic Detonator Blasting Wire Used in Mining Infrastructure Construction 0.8mm Copper Core

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Precision Blasting Connectivity: Designed for use with digital electronic detonators in mining and infrastructure construction, enabling precise timing and control in blasting operations.
  • Durable Electrical Conduction: Features a 0.8mm solid copper core for optimal conductivity and reliability, paired with PVC insulation to ensure safety and resistance to environmental stress.
  • Multi-Color Identification: Color-coded wires (red, blue, black) facilitate easy identification and organization in complex wiring setups, reducing errors during critical operations.

Key features

  • 1. Material Technology

    • With a solid 0.8mm copper core and flexible PVC insulation, ensure reliable conductivity and durability in harsh mining environments. The copper core provides superior electrical performance compared to aluminum alternatives, while PVC insulation resists abrasion and moisture better than untreated materials.*

  • 2. Interactive Design

    • With textured black plastic spool bases and customizable multicolored wires, you can easily manage and organize wires during complex installations. The grippy spool design prevents slipping, and color-coding simplifies circuit identification in crowded blasting setups.

  • 3. Performance Parameters

    • With a precise 0.8mm conductor size, optimize compatibility with electronic detonators for accurate and safe blasting operations. This thickness balances flexibility for routing around obstacles with sufficient current capacity for detonation systems.

  • 4. Scenario Solutions

    • Designed for mining and construction, these wires provide reliable performance in abrasive and moisture-prone environments, enabling continuous operation during infrastructure projects. Their flexibility and insulation make them ideal for rugged field conditions compared to rigid or non-insulated alternatives.*

  • 5. Certification Standards

    • With materials compliant with electrical safety standards (PVC insulation, copper conductors), ensure safety and reliability in regulated construction applications. The PVC meets basic insulation requirements, while copper adherence aligns with industry norms for blasting systems.

Product details

Customizable Digital Electronic Detonator Blasting Wire Used in Mining Infrastructure Construction 0.8mm Copper Core

The Customizable Digital Electronic Detonator Blasting Wire features a 0.8mm solid copper core encased in durable PVC insulation, designed for precision in mining and infrastructure construction. Its multicolored design (red, blue, black) enhances circuit identification, while the robust spool design ensures secure storage and transport.

Technical specifications

FeatureSpecificationApplication Scenario
Material0.8mm solid copper conductor, PVC insulationEnsures conductivity and safety in harsh environments
FlexibilityBend radius ≤5mmEasy routing in confined mining spaces
Insulation RatingPVC (flame-retardant, UV-resistant)Withstands outdoor exposure and high temperatures
Color CustomizationRed, blue, black (adjustable)Organized wiring in complex electronic systems
Conductor TypeSolid copperStable electrical performance in dynamic loads

Customization guide

Adjustable parameters include:

  • Color coding to match specific safety standards or circuit identification protocols.
  • Insulation thickness (within 0.3–0.5mm range) to balance flexibility and durability.
  • Wire length per spool (50m–200m) to suit project-scale requirements.

Get inspired

With its precise 0.8mm copper core and rugged PVC insulation, this blasting wire ensures reliable signal transmission in explosive environments. The multicolored design simplifies wiring management, while the industrial-grade spools guarantee secure storage even in high-vibration settings.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Conductivity100% IACS105% IACS110% IACS*
Insulation Thickness0.3mm0.4mm0.5mm
Temperature Range-20°C to +70°C-30°C to +85°C-40°C to +105°C*
Color Options3 standard5 customizable8 customizable

Supplier's note

  1. Technical Breakthroughs:

    • Copper Core Precision: The 0.8mm solid copper conductor ensures 20% lower resistance than stranded alternatives, critical for detonator timing accuracy.
    • UV-Resistant PVC: Outperforms industry-standard insulation by withstanding 50% more UV exposure, ideal for outdoor mining operations.
    • Color-Coding System: Customizable hues reduce wiring errors by 40% in complex electronic setups.

  2. Optimal Version Selection:

    • Base Model: Suitable for standard construction projects requiring basic durability and 3-color identification.
    • Advanced Model: Preferred for industrial electronics with严苛 temperature fluctuations (-30°C to +85°C) and enhanced customization needs.
    • Pro Model: Designed for extreme mining environments, offering triple the industry-standard chemical resistance and ultra-low-temperature tolerance. With its 110% IACS conductivity, it ensures flawless detonator synchronization even in Arctic conditions.

*Pro Model specifications exceed ISO 6722 standards for blasting cables.

Frequently asked questions

  • Which blasting wire model is best for mining infrastructure construction?

  • How do I maintain and store electronic detonator blasting wires?

  • Why is copper preferred over aluminum for detonator blasting wires?

  • Can I customize the color or length of blasting wires for my project?

  • Are these wires compliant with mining safety standards?

  • How does the 0.8mm copper core improve blasting precision?

  • Are these wires suitable for extreme temperatures in mining environments?

  • What makes your blasting wires safer than standard electrical wires?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Conductor MaterialMining blasting, High-current circuitsIndustry Standard: Copper (99.9% purity, IACS 100% conductivity)
Our Base: 0.8mm Solid Copper Core (ASTM B3)
Our Advanced: 0.8mm Silver-Coated Copper Core (IEC 60228)		▲ Base: Cost-effective conductivity for standard blasting.
▲ Advanced: 15% lower resistance (silver coating) for precision detonation		Advanced: 20% higher cost due to coating process
Insulation TypeHarsh environments (moisture, chemicals)Industry Standard: PVC (ISO 492-2)
Our Base: Reinforced PVC (1.2mm thickness)
Our Advanced: Cross-Linked PVC (XLPE, ASTM D1711)		▲ Advanced: 3x longer lifespan in chemical exposure (XLPE)Base: Limited UV resistance (requires shielding)
Wire GaugePrecision blasting, ElectronicsIndustry Standard: 0.5–1.0mm
Our Base: 0.8mm (ISO 2321)
Our Advanced: 0.8mm + Braided Shielding (IEC 60332)		▲ Base: Optimal balance between flexibility and durability for mining.
▲ Advanced: 40% EMI/RFI reduction in electronics		Advanced: Stiffer profile (less bendable)
Temperature ResistanceExtreme heat/cold environmentsIndustry Standard: -20°C to 80°C
Our Base: -30°C to 90°C (UL 758)
Our Advanced: -40°C to 105°C (MIL-W-5086)		▲ Advanced: Operates in Arctic/Desert blasting conditionsBase: Not rated for cryogenic applications
FlexibilityUnderground tunneling, Tight spacesIndustry Standard: Bend Radius ≥ 5x Diameter
Our Base: Bend Radius ≤ 4x Diameter (IEC 60228)
Our Advanced: Bend Radius ≤ 3x Diameter + Memory Wire Core		▲ Advanced: 30% easier routing in confined spacesIndustry Standard: Higher risk of kinking during installation
Safety CertificationRegulatory complianceIndustry Standard: Basic CE/UL
Our Base: CE, CSA, IECEx Zone 1
Our Advanced: ATEX, IECEx Zone 0, FM Approvals		▲ Advanced: Certified for explosive atmospheres (Zone 0 mining)Base: Limited to non-hazardous zones (Zone 1 only)

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