Breather Desiccators
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Description

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Applications

Breather Desiccators offer protection against moisture, contamination, and adverse pressure differentials, ensuring the reliability and durability of sensitive equipment across a broad spectrum of industries.

Advanced Desiccation Technology

Using quality silica gel or molecular sieves, our breather desiccators efficiently absorb moisture from the air, preventing condensation and moisture-related damage to housed equipment.

Equipped with two-way valves, these units balance internal and external pressure, safeguarding against seal failures and ensuring the integrity of the protected environment. They are also built from durable materials resistant to corrosion and environmental degradation, and the desiccators are built to last, providing reliable protection in even the most demanding conditions.

Featuring an integrated humidity indicator, it provides visual cues for desiccant saturation levels, facilitating timely maintenance and replacement without the need for complex monitoring equipment. By creating a controlled atmosphere, the desiccators prevent the ingress of contaminants, including dust and particulate matter, which could impair the performance and longevity of critical components.

  • Enhanced Moisture Protection: Humidity regulation to safeguard sensitive equipment.
  • Contamination Safeguards: Prevents the ingress of contaminants, ensuring clean operational conditions.
  • Corrosion Resistance: Materials and design that resist corrosive elements, prolonging equipment lifespan.
  • Customization Options: Available in both standard models and custom designs to meet specific needs.
  • Intuitive Humidity Indicator: Real-time moisture level monitoring for precise environmental control.
  • Gas Venting Capability: Safe expulsion of unwanted gases to maintain optimal internal conditions.
  • Durable Construction: Robust design tailored for various industrial environments.
  • Easy Maintenance: Designed for minimal downtime, ensuring systems remain in optimal condition.
  • Absorption Medium: Silica Gel / Molecular Sieve
  • Pressure Differential Valve: Two-way, automatic operation
  • Indicator: Humidity-sensitive, color-changing
  • Construction Material: Corrosion-resistant metals and composites
  • Maintenance: Easy desiccant replacement and unit servicing
  • Customization options are available to tailor the units to the specific needs of different equipment and operational environments.

Tubular Desiccators

Tubular desiccators are specialized devices integrated into electronic, optical, and electro-optical systems, designed to absorb moisture to their full capacity and provide visual indicators for desiccant replenishment or replacement. They are filled with deisiccants to efficiently absorb moisture or humidity, making them ideal for safeguarding sensitive instruments in cold environments.

Ultra Clean Desiccators

Ultra-clean desiccators offer protection against moisture, corrosion, and contaminants for sensitive devices. Filled with silica gel or molecular sieves, these desiccators are engineered for optimal performance in cold temperature settings, ensuring the longevity and reliability of critical equipment.

Small Panel Mounting Desiccators

Small panel mounting desiccators serve as a robust shield against moisture, humidity, and contaminants, featuring optional humidity indicators for enhanced monitoring. With molecular sieves or silica gel as the desiccant medium, these units are perfectly suited for low-temperature operational devices, effectively minimizing both internal and external moisture levels.

Plastic Panel Mounting Desiccators

Plastic panel mounting desiccators are designed to protect a wide array of equipment—from electrical and electronic to computer and telecommunication devices—against moisture, corrosion, and contamination. These desiccators change color to signal saturation to maintain optimal moisture levels.

Pipeline Desiccators

Pipeline desiccators maintain moisture-free compressed gas lines, ensuring a low dew point temperature and minimized water vapor content. Suitable for highly sensitive applications where water vapor condensation is unacceptable, they are filled with either molecular sieves or silica gel for effective moisture absorption.

Metal Panel Mounting Desiccators

Metal panel mounting desiccators, equipped with humidity indicators, offer protection for computers, electrical, and electronic equipment against dampness, corrosion, and contamination. Filled with silica gel or molecular sieve desiccants, these devices are especially beneficial in environments where low-temperature operation is a necessity.

Hydrocarbon Adsorption Unit

Hydrocarbon adsorption unit desiccators are essential for safeguarding equipment from moisture, corrosion, and contamination, featuring humidity indicators for timely maintenance alerts. Whether using silica gel or molecular sieves, these units are designed for low-temperature environments, ensuring equipment safety and efficiency.

High Voltage Motor Protection Unit

High voltage motor protection units incorporate humidity indicators for accurate moisture level monitoring, signaling when maintenance is required. Suitable for highly sensitive equipment, these units are filled with molecular sieves or silica gel to absorb moisture, offering protection in diverse conditions.

Free Standing Desiccators

Free-standing desiccators, adaptable with humidity indicators and desiccants, are constructed from premium perforated and anodized aluminum, absorbing moisture effectively with deisiccants. These units are customizable to meet specific requirements, providing versatile solutions for various applications.

Breather Desiccators

Breather desiccators, designed to mitigate pressure differentials and reduce moisture levels, can be equipped with a two-way valve or valve/humidity indicator breather. Using molecular sieves or silica gel, these desiccators ensures optimal protection for temperature-sensitive equipment.

Breather Desiccators Product Brochure: Download

Breather Desiccators are essential in applications where moisture control is critical for the prevention of corrosion, contamination, and equipment failure.

  • Electronics Enclosures: Protects sensitive components from moisture and prevents condensation buildup.
  • Telecommunication Systems: Ensures reliability of telecommunication equipment by minimizing moisture ingress.
  • Aerospace and Avionics: Guards avionics and aerospace equipment against the harmful effects of humidity and pressure differentials.
  • Marine Equipment: Offers moisture and pressure protection for navigation and communication devices in marine environments.
  • Storage Containers and Packaging: Keeps materials dry during storage and transport, preventing corrosion and damage.
  • Industrial Compressed Air Systems: Maintains dryness in compressed air lines, crucial for pneumatic tools and machinery operation.
  • Energy Sector: Protects high voltage and renewable energy equipment from moisture, ensuring optimal performance and safety.
  • Automotive Systems: Utilized in automotive electronics and components to prevent moisture-related failures and corrosion.
  • Medical Devices: Ensures the integrity of medical equipment and devices by controlling humidity and preventing contamination.