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Wholesale Glycerin for Gauges - Liquid Filled Pressure Gauge

This wholesale glycerin for gauges PG-L-02 gauge ensures vibration dampening and enhanced readability, suitable for various industrial applications.


Product Features:
  • Nominal size: 63mm
  • Accuracy: 2.5%
  • Case: SS 304
  • Process connection: Copper alloy
  • Thread: 1/4 (G, PT, NPT)
  • Bracket: (Optional)

Product Detail

Product Tags

Product Details

ModelPG-L-02
DescriptionLiquid filled pressure gauge
Nominal size in mm63
Accuracy class1.6 or 2.5
Scale ranges-1~600bar
Permissible temperatureAmbient: -5~60℃, Medium: 60℃
Process connectionCopper alloy
Connection thread1/4 (G PT NPT)
Bourdon tubePhosphor Bronze
MovementCopper alloy
CaseS.S case
BezelS.S Rolling
WindowPC
DialAluminum (customized logo)
PointerAluminum, black

Common Product Specifications

Pressure Range-1 to 600 bar
MaterialCopper alloy, phosphor bronze, stainless steel
Temperature Range-5℃ to 60℃ ambient
Connection1/4 inch thread (G PT NPT)

Product Manufacturing Process

The manufacturing process of glycerin-filled pressure gauges involves several key steps to ensure precision and reliability. Initially, raw materials, including copper alloy and stainless steel, are procured and inspected for quality. The Bourdon tube, a critical component, is manufactured using phosphor bronze due to its excellent elasticity and resistance to fatigue. Each tube is carefully calibrated to ensure accurate pressure measurement. The pressure gauge's casing is manufactured using stainless steel for durability and corrosion resistance. The glycerin filling is introduced in a controlled environment to prevent air bubbles, which can affect performance. Each finished gauge undergoes rigorous testing for accuracy and leakage before it is packaged for delivery. This meticulous manufacturing process ensures that the glycerin-filled gauges meet high standards for industrial use.

Product Application Scenarios

Glycerin-filled gauges are widely used across various industrial applications due to their durability and precision. In the oil and gas industry, these gauges are ideal for monitoring pressure in pipelines and compressors, where vibration and pulsation are common challenges. In the manufacturing sector, they are used in hydraulic and pneumatic systems to ensure consistent pressure readings, contributing to process efficiency and safety. Additionally, in water treatment facilities, these gauges monitor pressure in critical filtration and distribution systems. The shipbuilding industry also relies on glycerin-filled gauges for engine monitoring, where robust performance in harsh marine environments is essential. These application scenarios underscore the versatility and reliability of glycerin-filled gauges in demanding environments.

Product After-Sales Service

We offer comprehensive after-sales service for our glycerin-filled pressure gauges. Our service includes technical support, troubleshooting, and repair services to ensure optimal performance. Customers have access to a dedicated support team for any inquiries related to installation, maintenance, or product functionality. Additionally, we provide a warranty covering manufacturing defects, giving customers peace of mind. Regular maintenance and calibration services are also available to ensure long-term accuracy and reliability of the gauges.

Product Transportation

Our glycerin-filled pressure gauges are carefully packaged to prevent damage during transportation. We use robust packaging materials and proper labeling to minimize handling risks. The gauges are shipped via reliable logistics partners, ensuring timely and safe delivery to domestic and international destinations. Customers receive tracking details to monitor their shipments, providing transparency and efficiency in the delivery process.

Product Advantages

  • Vibration Dampening: Ensures accurate readings by minimizing needle fluctuation, a key advantage over non-filled gauges.
  • Enhanced Readability: Glycerin stabilizes needle movement, improving readability critical for safety and precision.
  • Environmental Protection: Glycerin's liquid barrier prevents contaminants from impacting gauge performance.
  • Temperature Stability: Performs reliably in moderate temperatures, ideal for stable industrial environments.
  • Cost-Effective: Offers a balanced solution between performance and price, favored in multiple industries.

Product FAQ

  • What is the main use of a glycerin-filled pressure gauge?

    Glycerin-filled pressure gauges are primarily used to measure pressure in environments with high vibrations or dynamic pressures. The glycerin filling helps dampen vibrations, preventing needle fluctuations and ensuring accurate readings, which is crucial in industries like oil and gas, manufacturing, and water treatment.

  • How does glycerin improve gauge performance?

    Glycerin is a viscous liquid that absorbs shocks and vibrations, stabilizing the needle for more reliable readings. It also acts as a barrier against dust, dirt, and moisture, protecting the gauge's internals from environmental damage.

  • Are glycerin-filled gauges suitable for extreme temperatures?

    Glycerin-filled gauges perform best in moderate temperatures. In very cold environments, glycerin may become too viscous, while in high temperatures, it can expand and cause leaks. Alternatives like silicone-filled gauges may be more suitable for extreme temperatures.

  • What maintenance is required for glycerin-filled gauges?

    Regular inspection for leaks and glycerin level checks are recommended to ensure proper gauge function. Additionally, periodic calibration may be necessary to maintain accuracy, especially in environments with frequent pressure fluctuations.

  • Can glycerin-filled gauges be used with all media types?

    No, glycerin is not compatible with all chemical media. It is best for gaseous and liquid media that don't attack copper alloy parts. For aggressive chemicals, other gauge fillings like silicone might be more appropriate.

  • How long do glycerin-filled gauges last?

    With proper maintenance and use within specified conditions, glycerin-filled gauges can last many years. Their lifespan is extended by the damping effect of glycerin, which reduces mechanical wear and tear.

  • Can I use glycerin-filled gauges underwater?

    While glycerin offers moisture protection, these gauges are not designed for underwater applications unless specifically stated. For underwater use, gauges with suitable housing and components are required.

  • What is the warranty on these gauges?

    Our glycerin-filled pressure gauges come with a standard warranty covering manufacturing defects. Specific warranty details may vary, and customers are encouraged to contact our service team for precise information.

  • Is the gauge casing corrosion-resistant?

    Yes, the casing of our glycerin-filled pressure gauges is typically made from stainless steel, which is known for its corrosion resistance and durability, making it suitable for harsh industrial environments.

  • How is shipping handled for large orders?

    For wholesale orders, we ensure proper packaging and coordination with reliable logistics services to facilitate bulk transportation. Customers receive shipment tracking details for transparency and timely delivery.

Product Hot Topics

  • How Glycerin-Filled Gauges Enhance Industrial Operations

    In industrial settings where precise pressure measurements are critical, glycerin-filled gauges provide significant advantages. Their ability to absorb vibration and stabilize readings ensures accurate data, crucial for maintaining operational efficiency and safety. Moreover, the protective layer of glycerin guards against environmental factors, reducing the risk of gauge failure due to contamination. Industries like oil and gas, manufacturing, and water treatment have come to rely on these gauges for their robustness and reliability, especially when faced with challenging conditions. As a result, glycerin-filled gauges are increasingly being adopted as the standard in environments where precision and durability cannot be compromised.

  • Addressing Common Concerns About Glycerin for Gauges

    While glycerin-filled gauges offer numerous benefits, potential users often have questions about their performance in various conditions. One common concern is temperature sensitivity. Glycerin can indeed thicken in cold environments, affecting gauge responsiveness. However, for most industrial applications where temperatures remain stable, glycerin-filled gauges perform exceptionally well. Another concern is chemical compatibility, as glycerin is not suitable for all media. It's crucial for users to assess their specific applications and media types to ensure compatibility and optimal gauge selection. With proper selection and maintenance, these gauges can serve as reliable tools in numerous applications.

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