Products: Thickness Gauges

What are Thickness Gauges

Thickness gauges are essential tools for non-destructive testing (NDT) in industries such as manufacturing, otomotif, luar angkasa, konstruksi, dan banyak lagi. These devices measure the thickness of materials, seperti logam, plastik, dan komposit, without damaging the surface or structure. At NDTMachine, we specialize in manufacturing high-precision thickness gauges designed to meet the rigorous demands of various industries, memastikan akurasi, daya tahan, dan keandalan.

Pengukur Ketebalan Ultrasonik

Pengukur ketebalan ultrasonik menggunakan gelombang suara frekuensi tinggi untuk mengukur ketebalan material. They are ideal for measuring metals, plastik, and other dense materials. This method allows for precise measurement without requiring access to both sides of the material.

Akurasi dan keandalan tinggi

Metode pengujian non-destruktif

Compact and portable designs

Suitable for measuring metals, plastik, keramik, and glass

Coating Thickness Gauges

Coating thickness gauges are used to measure the thickness of coatings such as paint, pernis, or galvanization on a substrate. These gauges ensure that coatings are applied evenly and within the specified tolerances, which is critical for both aesthetics and corrosion protection.

Measures on various substrates (metal, plastik, dll.)

High precision and ease of use

Suitable for automotive, luar angkasa, dan aplikasi industri

Can measure both ferrous and non-ferrous materials

Through-Coating Ultrasonic Thickness Gauges

Through-coating ultrasonic thickness gauges are specialized instruments that use advanced ultrasonic technology to measure the thickness of a substrate beneath a coating. Unlike conventional ultrasonic gauges, these devices can accurately assess the thickness of metals or other solid materials without removing protective coatings, such as paint or anti-corrosion layers.

Penetrates Coatings

Pengujian non destruktif

Versatile Applications

Compact and Portable Design

High Accuracy and Reliability

Single-Side Access

Thickness Gauge Application

Pengukur Ketebalan Ultrasonik

  • Best for measuring the total thickness of solid materials like metals, plastik, dan komposit.
  • Used where internal material thickness is critical, such as in pipelines, structural beams, dan bejana tekan.

Coating Thickness Gauges

  • Ideal for measuring the thickness of surface coatings seperti cat, galvanization, or anodization.
  • Commonly used in industries where protective coatings are applied, like otomotif atau luar angkasa.

Through-Coating Ultrasonic Thickness Gauges

  • Specifically designed to measure the substrate thickness beneath coatings, without removing or damaging the surface layer.
  • Useful in industries like pembuatan kapal Dan minyak dan gas, where coatings protect critical components from corrosion but substrate integrity must still be monitored.

Key Differences and Applications of Ultrasonic Thickness Gauges, Coating Thickness Gauges, and Through-Coating Ultrasonic Thickness Gauges

Fitur Pengukur Ketebalan Ultrasonik Coating Thickness Gauges Through-Coating Ultrasonic Thickness Gauges
Measurement Technology Uses high-frequency sound waves to measure material thickness Uses magnetic or eddy current methods to measure surface coatings Uses specialized ultrasonic technology that penetrates coatings to measure substrate thickness
Penggunaan Utama Measures the total thickness of a solid material like metals or plastics Measures the thickness of surface coatings (e.g., cat, galvanization) Measures the thickness of the material underneath coatings without removing the coating
Fokus Materi Logam, plastik, komposit, keramik Coatings like paint, pernis, galvanization over metal or non-metal surfaces Metals with coatings such as paint or anti-corrosion layers
Pengujian Non-Destruktif (NDT) Ya Ya Ya
Measures Coatings Separately? TIDAK Ya No (focuses on substrate thickness only)
Measures Substrate Thickness? Ya TIDAK Ya, through coatings
Access Requirements Requires access to only one side of the material Measures only the coating on the material’s surface Requires access to one side, without needing to strip coatings
Ketepatan High accuracy for solid materials High accuracy for thin surface coatings High accuracy for substrate thickness beneath coatings
Aplikasi Umum - Pipelines and tanks - Pressure vessels - Structural components - Automotive painting - Electroplating - Aerospace and marine coatings - Shipbuilding - Minyak & gas infrastructure - Heavy machinery
Keuntungan - Measures thick materials - Works on a wide range of solid substrates - Precise coating thickness control - Lightweight and easy to use - Non-invasive measurement of substrate beneath coatings - Eliminates the need to remove coatings
Keterbatasan - Cannot measure coating thickness separately - Cannot measure substrate thickness - Limited to coated materials (not for bare materials)
Typical Measurement Range 0.1 mm to several hundred mm, depending on the material Microns to millimeters, depending on coating type Microns to millimeters for coatings and substrate thickness
Examples of Use Cases - Monitoring corrosion in pipelines - Inspecting plastic tanks - Verifying wall thickness in manufacturing - Ensuring proper paint application in automotive - Checking electroplating thickness - Inspecting metal substrates under paint in shipbuilding - Assessing corrosion under insulation in oil pipelines

Summary of Key Differences and Applications

Pengukur Ketebalan Ultrasonik

  • Used for measuring the total thickness of a solid material like metal or plastic.
  • Commonly applied in industries such as manufaktur, konstruksi, Dan minyak & gas to ensure material integrity.

Coating Thickness Gauges

  • Focus on measuring only the surface coating, seperti cat, pernis, or galvanization.
  • Often used in otomotif, luar angkasa, Dan industrial painting applications to ensure coating layers meet standards.

Through-Coating Ultrasonic Thickness Gauges

  • Specialized ultrasonic gauges designed to measure the substrate thickness beneath coatings without removing the coating.
  • Ideal for oil pipelines, pembuatan kapal, Dan heavy equipment maintenance, where removing coatings for inspection is time-consuming and costly.

Thickness Gauge FAQ

1. What is a thickness gauge?

A thickness gauge is an instrument used to measure the thickness of various materials, termasuk logam, plastik, pelapis, dan komposit. These gauges are crucial for quality control, helping ensure materials meet industry standards for thickness and uniformity. Thickness gauges are widely used in industries like manufacturing, otomotif, luar angkasa, and construction to verify the integrity of materials and identify potential defects.

2. How do ultrasonic thickness gauges work?

Ultrasonic thickness gauges use high-frequency sound waves to measure the thickness of a material. A transducer emits sound pulses into the material, and the gauge measures the time it takes for the sound waves to reflect back from the far side of the material. This method is highly accurate and can measure the thickness of metals, plastik, and other solid materials without damaging them.

3. How much does a thickness gauge cost?

The price of a thickness gauge depends on factors such as the type of material being measured, the required precision, and the additional features (such as data logging or connectivity). Basic models may start at a few hundred dollars, while advanced models for specialized applications can cost significantly more. For exact pricing and tailored recommendations, please contact us for a free quote.

4. What is a coating thickness gauge?

A coating thickness gauge measures the thickness of protective coatings such as paint, pernis, or galvanization applied to materials. These gauges are essential for ensuring that coatings meet required standards for protection against corrosion or wear. They are widely used in industries like automotive, luar angkasa, and industrial painting.

5. How do you measure metal thickness?

To measure the thickness of metal without causing damage, sebuah ultrasonic thickness gauge is typically used. The device sends sound waves into the metal, calculating the thickness based on the time it takes for the waves to return. This method is ideal for measuring pipes, tank, and other metal surfaces, especially when corrosion or thinning is a concern.

6. What is a coating penetration thickness gauge?

A coating penetration thickness gauge is designed to measure the thickness of a material beneath a coating, such as the metal substrate under a layer of paint. It allows for non-destructive testing of both the coating and the base material, making it ideal for industries where coatings must remain intact, like shipbuilding and oil & gas.

7. What is the difference between ultrasonic and coating thickness gauges?

Ultrasonic thickness gauges measure the thickness of solid materials such as metals, plastik, dan komposit, ketika coating thickness gauges measure the thickness of surface coatings, like paint or varnish. Ultrasonic gauges are used when the material itself is of interest, whereas coating gauges focus on the protective layers applied to substrates.

8. How do you measure plastic thickness?

Plastic thickness can be measured non-destructively using either ultrasonik atau Hall-effect thickness gauges. Both methods are suitable depending on the application, but ultrasonic gauges are commonly used to measure solid plastics, while Hall-effect gauges are ideal for thin, flexible materials like plastic films.

9. What is mil thickness?

A mil is a unit of measurement for thickness that equals one-thousandth of an inch (0.001 inches). It is commonly used in industries like packaging and coatings to measure thin materials such as paint, plastic films, and foils. Misalnya, A 10 mil layer is 0.010 inches thick.

10. How do you measure the thickness of coatings on pipes?

To measure the thickness of coatings on pipes, A pengukur ketebalan lapisan is typically used. These gauges can measure the thickness of various coatings like paint, galvanization, or other protective layers applied to pipes. They ensure that the coatings meet industry standards for protection against corrosion and environmental factors.

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