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  • Micro Nano Push Sim Card Connector Memory Card Connector 6pins Nano Sim Card Socket
  • Micro Nano Push Sim Card Connector Memory Card Connector 6pins Nano Sim Card Socket
  • Micro Nano Push Sim Card Connector Memory Card Connector 6pins Nano Sim Card Socket
  • Micro Nano Push Sim Card Connector Memory Card Connector 6pins Nano Sim Card Socket
  • Micro Nano Push Sim Card Connector Memory Card Connector 6pins Nano Sim Card Socket
  • Micro Nano Push Sim Card Connector Memory Card Connector 6pins Nano Sim Card Socket
Micro Nano Push Sim Card Connector Memory Card Connector 6pins Nano Sim Card Socket
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Micro Nano Push Sim Card Connector Memory Card Connector 6pins Nano Sim Card Socket

  • 1000 - 4999 Pieces
    $0.18
  • >= 5000 Pieces
    $0.17

Customization:

Customized packaging（Min.Order: 10000 pieces）
View product details

Micro Nano Push Sim Card Connector Memory Card Connector 6pins Nano Sim Card Socket

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • SIM Card Connectivity: A 6-pin nano SIM card socket designed for secure and reliable connection of nano SIM cards, supporting data and network communication in electronic devices.
  • Material Superiority: Crafted from copper and brass contacts for optimal electrical conductivity and durability, ensuring stable performance in varied environments.

Key features

  • 1. Superior Conductivity and Durability (Material Technology)

    • With copper and brass contacts, ensure reliable electrical performance and corrosion resistance. ~30% higher conductivity than plastic-based connectors*.

  • 2. Sleek and User-Friendly Design (Interactive Design)

    • With a flat, compact design, achieve easy insertion and secure connection for seamless device integration. More streamlined than traditional bulky designs*.

  • 3. High-Speed Data Transfer (Performance Parameters)

    • With a 6-pin configuration, enable rapid data transmission and compatibility with modern SIM card standards. Supports faster transfer rates compared to 4-pin models*.

  • 4. Robust EMI Resistance (Scenario Solutions)

    • Engineered for high-reliability environments, withstand electromagnetic interference for stable operation in industrial or military applications. Outperforms standard connectors in EMI-prone settings*.

  • 5. Compliance with Industry Standards (Certification Standards)

    • Constructed with materials meeting international EMI shielding and durability standards, ensuring adherence to strict regulatory requirements. Meets ISO/IEC electromagnetic compatibility benchmarks*.

Product details

Micro Nano Push Sim Card Connector Memory Card Connector 6pins Nano Sim Card Socket

The Micro Nano Push Sim Card Connector is designed for seamless integration into electronic devices, offering reliable connectivity with 6-pin configuration. Crafted from high-quality copper and brass, it ensures durability and optimal conductivity. Two distinct designs cater to varied applications: a hybrid plastic-metal slot for general use and an all-metal slot optimized for high-performance environments.

Technical specifications

FeatureSpecificationApplication Scenario
Contact MaterialCopper, BrassEnsures low resistance and longevity
MaterialBrass (body), Copper (contacts)Balances structural integrity and conductivity
Number of CoresSingle-coreSimplified integration in compact devices
Pins6 pins (1p configuration)Supports standard SIM/memory card compatibility
ShapeFlatEasy insertion/removal in tight spaces
Design VariantsPlastic+Metal (Slot 1), All-Metal (Slot 2)General devices vs. industrial/military use

Customization guide

  • Adjustable Parameters:
    • Slot 1: Customize plastic components for color/material to match device aesthetics. Modify metal contacts for different SIM sizes.
    • Slot 2: Optimize metal contacts for specialized SIM types; limited aesthetic adjustments due to all-metal design.

Get inspired

The all-metal design (Slot 2) offers superior conductivity and durability, ideal for rugged environments. Its sleek finish enhances premium device aesthetics. For everyday use, the hybrid Slot 1 provides cost-effective reliability.

Choose your model

ParameterBase Model (Slot 1)Advanced Model (Slot 2)Pro Model (Slot 2 Enhanced)
ConductivityStandard+20% improvement+40% improvement*
DurabilityGeneral useIndustrial-gradeMilitary-grade
EMI ResistanceBasicEnhancedPremium
CompatibilityStandard SIM cardsDual SIM typesCustom SIM formats

Supplier's note

  1. Technical Breakthroughs:

    • Material Composition: Copper contacts in Slot 2 boost conductivity by 40% vs. plastic-based alternatives.
    • Durability: All-metal design (Pro Model) withstands extreme temperatures (-40°C to 85°C), outperforming industry benchmarks.
    • EMI Shielding: Advanced Model’s metallic enclosure reduces interference by 30%, critical for industrial IoT devices.

  2. Optimal Version Selection:

    • General Consumers: Base Model (Slot 1) suits smartphones/tablets needing cost-effective reliability.
    • Enterprise Users: Advanced Model (Slot 2) handles dual SIMs and harsh environments like factory automation.
    • Specialized Markets: Pro Model’s military-grade durability and EMI resistance make it ideal for defense or aerospace applications.

Example Use Case: With the Pro Model’s triple-certified chemical resistance, you can safely deploy devices in corrosive industrial settings. Its flat shape ensures compatibility with compact designs while maintaining robust performance.

Frequently asked questions

  • Which SIM card slot model is best suited for industrial or high-vibration environments?

  • How do I clean the contacts of the Micro Nano Push SIM Card Connector?

  • Brass vs. Copper Contacts: Which material ensures better conductivity in the SIM card socket?

  • Can the Micro Nano Push SIM Card Socket be customized for specific applications?

  • Is the Micro Nano SIM Card Connector RoHS and FCC compliant?

  • Does the 1-pin design support dual-SIM configurations in smartphones?

  • Why is the SIM card slot shaped flat instead of raised?

  • Are these SIM card connectors suitable for military or aerospace applications?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionIndustrial devices, consumer electronicsIndustry Standard: Plastic + Metal (IEC 60603-13)
Our Base: Brass/Copper (ASTM B111)
Our Advanced: Copper-Nickel Alloy (ISO 2080)		▲ Advanced: 20% higher corrosion resistance (vs Base)
Lightweight, cost-effective Base option		Base version may degrade in extreme humidity (tooltip: "Brass may corrode in saltwater environments")
Contact MaterialHigh-vibration environmentsIndustry Standard: Tin-plated copper (IEC 61249)
Our Base: Pure Copper (ASTM B119)
Our Advanced: Gold-Plated Copper (MIL-STD-883)		▲ Advanced: 30% lower contact resistance (tooltip: "0.002Ω vs 0.003Ω Base")
Base offers cost parity		Advanced version 50% pricier; Base may oxidize over 5+ years
Pin ConfigurationIoT devices, smartphonesIndustry Standard: 4-pin (ISO/IEC 7810)
Our Base: 6-pin (custom)
Our Advanced: 8-pin (3GPP TS 31.108)		▲ Advanced: Supports 5G NR + eSIM (tooltip: "Dual-mode compatibility")
Base backward-compatible with 4G		Advanced requires device-specific PCB layout adjustments
Core TypeWearable tech, medical devicesIndustry Standard: Multi-core (IEEE 1684)
Our Base: Single-core (IEC 60228)
Our Advanced: Hybrid Core (custom)		▲ Advanced: 40% lower signal loss (tooltip: "-35dB vs -25dB Base")
Base simplifies installation		Advanced needs paired firmware for optimal performance
Shape & ErgonomicsCompact gadgets, dronesIndustry Standard: Rounded (UL 444)
Our Base: Flat (IEC 60603-2)
Our Advanced: Wedge-shaped (custom)		▲ Advanced: 25% smaller footprint (tooltip: "12x8mm vs 15x10mm Base")
Base fits legacy designs		Advanced may require custom housing modifications
Type/DesignMilitary-grade systems, aerospaceIndustry Standard: Standard Socket (MIL-DTL-83513)
Our Base: Push-Lock Socket (custom)
Our Advanced: Magnetic Socket (custom)		▲ Advanced: IP68-rated (tooltip: "Waterproof up to 1.5m depth")
Base offers tactile feedback		Advanced adds 0.5g weight; Base lacks shock resistance

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