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Drying Equipment
  • 100L-320L Electronic Anti-Static IC Chip Components Drying Equipment Electric Constant Humidity Moisture-Proof Box Dry Cabinet
  • 100L-320L Electronic Anti-Static IC Chip Components Drying Equipment Electric Constant Humidity Moisture-Proof Box Dry Cabinet
  • 100L-320L Electronic Anti-Static IC Chip Components Drying Equipment Electric Constant Humidity Moisture-Proof Box Dry Cabinet
  • 100L-320L Electronic Anti-Static IC Chip Components Drying Equipment Electric Constant Humidity Moisture-Proof Box Dry Cabinet
  • 100L-320L Electronic Anti-Static IC Chip Components Drying Equipment Electric Constant Humidity Moisture-Proof Box Dry Cabinet
  • 100L-320L Electronic Anti-Static IC Chip Components Drying Equipment Electric Constant Humidity Moisture-Proof Box Dry Cabinet
100L-320L Electronic Anti-Static IC Chip Components Drying Equipment Electric Constant Humidity Moisture-Proof Box Dry Cabinet

100L-320L Electronic Anti-Static IC Chip Components Drying Equipment Electric Constant Humidity Moisture-Proof Box Dry Cabinet

$295.00-$295.00/ Piece|1 Piece/Pieces(Min. Order)
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100L-320L Electronic Anti-Static IC Chip Components Drying Equipment Electric Constant Humidity Moisture-Proof Box Dry Cabinet

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Electronic Component Protection: Designed to provide a controlled environment for storing and drying sensitive electronic components like IC chips, ensuring anti-static protection and constant humidity control (moisture-proof).
  • Electric Heating System: Utilizes 1500W electric heating with 220V voltage for efficient drying and temperature regulation, safeguarding against dust, moisture, and environmental contaminants.

Key features

  • 1. Material Technology

    • With a corrosion-resistant stainless steel body, you can ensure long-term durability in industrial environments, outperforming plastic-based models*.

  • 2. Interactive Design

    • With transparent glass doors, you can monitor stored components without disrupting humidity levels, unlike non-transparent storage solutions*.

  • 3. Performance Parameters

    • With 1500W electric heating, you can achieve faster drying cycles compared to 1000W models, maintaining optimal humidity for sensitive electronics*.

  • 4. Scenario Solutions

    • With anti-static technology and precise humidity control, you can protect IC chips from static damage and moisture corrosion, ideal for electronics manufacturing and storage environments.

  • 5. Certification Standards

    • With IP65 moisture-proof certification, you can ensure superior environmental protection, surpassing non-certified drying cabinets in humidity resistance*.

Product details

100L-320L Electronic Anti-Static IC Chip Components Drying Equipment Electric Constant Humidity Moisture-Proof Box Dry Cabinet

The 100L-320L Electronic Anti-Static IC Chip Components Drying Equipment is a durable, moisture-proof dry cabinet designed to protect sensitive electronic components. Built with stainless steel and anti-static materials, it ensures a controlled environment with precise humidity and temperature regulation. Ideal for industrial, laboratory, or manufacturing settings, this cabinet safeguards against dust, moisture, and static discharge while offering customizable configurations.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialStainless steel (anti-static)Electronics manufacturing, labs
Heating MethodElectric heating (1500W, 220V)Rapid drying in controlled environments
Humidity ControlConstant humidity (adjustable)Moisture-sensitive component storage
Capacity100L–320L (adjustable)Small to large-scale production needs
InstallationPlug-and-play designQuick deployment in any workspace

Customization guide

Adjustable parameters include:

  • Internal shelving (optimize storage for component size)
  • Humidity/temperature presets (tailored to specific material requirements)
  • Door configurations (single/double glass doors for visibility or security)
  • Locking mechanisms (enhanced security for high-value items)

Get inspired

With precise humidity and temperature control, this cabinet ensures IC chips and sensitive electronics remain free from corrosion, oxidation, or static damage. Whether storing small batches or large inventories, its modular design adapts to your workflow while maintaining a pristine environment.

Choose your model

ParameterBase Model (100L)Advanced Model (200L)Pro Model (320L)
Capacity100L+100L+220L*
Humidity Precision±5%±3%±2%
Temperature Range15–30°C10–35°C5–40°C
Shelves3 adjustable5 customizable8 modular

Supplier's note

  1. Technical Breakthroughs:

    • Anti-static stainless steel: Reduces static discharge risks by 90%, protecting delicate components.
    • ±2% humidity precision (Pro): Maintains optimal conditions for moisture-sensitive semiconductors.
    • Plug-and-play installation: Cuts setup time by 50% compared to traditional models.

  2. Version Selection Guide:

    • Base Model: Ideal for small labs or R&D teams needing 100L capacity with basic humidity control.
    • Advanced Model: Suitable for mid-scale production lines requiring expanded storage and broader temperature ranges.
    • Pro Model: Best for large manufacturing facilities handling high-volume, precision components (e.g., IC chip assembly). Its triple-layer insulation and ±2% humidity control ensure reliability in extreme environments.

With the Pro’s ±2% humidity precision, you can store humidity-sensitive components like MEMS devices without degradation. Pair its expanded temperature range with anti-static shelves to safeguard against both environmental and electrical risks.

Frequently asked questions

  • Which model of the 100L-320L Electronic Anti-Static IC Chip Components Drying Equipment is best suited for small electronics workshops?

  • How do I clean the interior of the stainless steel moisture-proof cabinet to maintain anti-static properties?

  • Stainless Steel vs. Plastic: Why is stainless steel better for IC chip storage in humid environments?

  • Can I customize the 320L dry cabinet with additional locking mechanisms for high-security labs?

  • Is the electric heating system of the IC chip drying cabinet compliant with ESD safety standards?

  • Which model handles high humidity environments best for semiconductor manufacturing?

  • How often should I service the moisture-proof cabinet to ensure optimal performance?

  • Does the 220V voltage of the dry cabinet align with standard industrial power outlets?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
MaterialIndustrial labs, semiconductor storageIndustry: Plastic (corrodes easily) / Base: Stainless Steel (Grade 304) ▲ / Advanced: Stainless Steel (Grade 316) ▲▲
(Grade 304: ASTM A240 certified corrosion resistance; Grade 316: resists harsh chemicals)		Base: Durable and corrosion-resistant; Advanced: Enhanced durability for extreme environmentsAdvanced version increases cost by ~20% due to premium material
Heating MethodHigh-humidity environmentsIndustry: 1000W (slow drying) / Base: Electric Heating (1500W, ISO 9001) ▲ / Advanced: 2000W + Smart Thermostat ▲▲
(Smart Thermostat: ±0.5°C precision)		Base: Faster drying than industry standard; Advanced: Ultra-precise temperature controlAdvanced requires higher power capacity (220V/380V)
Humidity ControlSensitive electronics storageIndustry: ±5% RH (ineffective for precision) / Base: ±3% RH (ISO 14644-1 compliant) ▲ / Advanced: ±1% RH (NIST traceable) ▲▲Base: Meets most lab standards; Advanced: Ensures ultra-stable conditions for critical componentsAdvanced requires frequent calibration and maintenance
Power ConsumptionEnergy-conscious facilitiesIndustry: 1800W+ (inefficient) / Base: 1500W (Energy Star certified) ▲ / Advanced: 2000W (20% more efficient than industry) ▲▲
(Advanced: Uses inverter tech for energy savings)		Base: Low operational costs; Advanced: Balances power and efficiencyAdvanced’s higher wattage may require upgraded wiring
InstallationRapid deployment scenariosIndustry: Professional installation (2+ hours) / Base: Tool-free assembly (15 mins) ▲ / Advanced: Modular snap-fit design (5 mins) ▲▲Base: Reduces downtime; Advanced: Immediate usability for urgent setupsIndustry-standard cabinets need skilled labor
Anti-Static ProtectionSensitive component handlingIndustry: Basic grounding (ESD >1000Ω) / Base: Conductive Coating (ESD <100Ω) ▲ / Advanced: Triple-layer ESD Shielding (ESD <10Ω) ▲▲
(Advanced: Meets IEC 61340-5-1 Class 0)		Base: Prevents static damage; Advanced: Military-grade protection for high-risk applicationsAdvanced adds ~15% to base cost

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