China Custom Conductive Gel Manufacturers Suppliers Factory

custom conductive gel

As a professional manufacturer of conductive gels and a supplier of self-adhesive electrode pads, we offer end-to-end customization services, including adjustments to ingredients, colors, shapes, and sizes. Our products are suitable for use as ultrasound coupling gel, TENS gel, cooling gel, and microcurrent gel.

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EEG Conductive Paste
The base matrix is synthesized using Reverse Osmosis (RO) water and specific polyoxyethylene binders to build structural viscosity. High concentrations of sodium chloride (NaCl) and potassium
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EMS Conductive Spray
The fluid architecture replaces standard gel thickeners (like carbomer) with a purified reverse-osmosis (RO) water base. To establish electrical mobility without triggering chemical degradation of
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Radio Frequency (RF) Coupling Gel
Materials: Formulated with high-molecular-weight cross-linked Carbomer polymers and pharmaceutical-grade deionized water. The electrolyte balance is achieved using organic ions to avoid the corrosive
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Ultrasound Gel
Manufacturing Scope: High-Volume B2B Production, Bulk Blending & Turnkey Contract Filling.Acoustic Performance: Vacuum-Degassed Matrix (Eliminates micro-bubbles for clear imaging and reduced acoustic
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Conductive Gel For TENS Units
Formula: Thixotropic High-Viscosity (Non-runny, clinic standard).Function: Lowers Contact Impedance & Prevents Dry Pad Stinging.Versatility: One Gel for Multiple Modalities (TENS, EMS,
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Conductive Adhesive Gel
Gel Type: High-Viscosity Liquid (Becomes tacky upon application).Primary Function: Increases Adhesion + Conductivity.Key Application: Reviving old TENS pads, fixing EEG cup electrodes.Formula:
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EMS Conductive Gel
Formula: Water-based, salt-free, and paraben-free.Conductivity: High transmission efficiency for deep muscle contractions.Viscosity: Medium-High Viscosity (Non-runny, stays on the electrode).Safety:
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Conductive Gel For Electrodes
Product Type: Universal Coupling Medium for ElectrodesFormulation: Water-soluble, non-staining, salt-free optionsConductivity: Low impedance for clear signal transmissionViscosity: High-Viscosity
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Conductive Gel
Product Type: Professional Medical Conductive Gel (Universal Formula)Compatibility: TENS/EMS, Ultrasound (Diagnostic/Therapeutic), IPL, and Microcurrent devicesFormulation: Water-based, salt-free,
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Conductive Spray
Discover premium Conductive Spray for improved electrical conductivity in medical, electronic, and industrial applications. Fast-drying, reliable, and easy-to-use.
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Medical Electrode Gel
Toprank Electrode Gel is developed for professional medical environments where signal stability, skin safety, and operational efficiency are essential.
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Medical Skin Prep Gel
Designed for professional medical environments, Toprank Skin Prep Gel is a high-performance conductive gel developed to support stable signal transmission between medical devices and the skin.It is
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What is Conductive Gel

Conductive gel is a type of gel that is used to improve the conductivity of electrical currents between two objects. It is commonly used in medical procedures, such as electrocardiogram (ECG) and electromyogram (EMG) tests, as well as in physical therapy and ultrasound imaging. The gel helps to transmit electrical impulses more effectively and evenly across the skin, improving the accuracy of the results and reducing discomfort for the patient. It is usually water-based and contains ingredients such as salt or glycerin to increase its conductivity.

Features of Conductive Gel

High Conductivity

The most important feature of conductive gel is its high electrical conductivity, which is critical for accurate results in ECG and EEG tests. Because the gel provides a consistent and even electrical signal between the skin and the electrodes, it helps reduce noise and interference and improves the accuracy of the test. This property is also crucial for microcurrent therapy, where the gel's low impedance ensures that the electrical current can pass through the skin and reach muscle fibers.

Water Soluble

Conductive gel is a water-soluble substance. This property means it is easy to apply and remove without leaving any residue on the skin. This also means that it is safe to use as it does not contain any harsh chemicals that may be harmful to the skin.

Non-Sticky

Conductive gel is non-stick and easy to use and clean. The non-stick nature of the gel also ensures that it won't damage electrodes, which are often made of sensitive materials such as metal or plastic.

Hypoallergenic

Conductive gel is hypoallergenic, which means it won’t cause any allergic reactions or irritation to the skin. This feature is important because it ensures that patients with sensitive skin can use the gel safely.

Types of Conductive Gel

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Water-Based Gel
The most common type of conductive gel is water-based. The gel is made from a mixture of water, glycerin and carbomer. The water-based gel is easy to apply and clean, making it a popular choice in clinical settings. They also tend to be less expensive than other types of conductive gels.

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Salt-Based Conductive Gel
Salt-based conductive gel is one of the most commonly used types of conductive gel. This type of conductive gel contains electrolytes, salts, and water that help to create a conductive pathway between the skin and the device. It is typically used during electrocardiograms (ECG), electroencephalograms (EEG), and other procedures that require monitoring of electrical activity in the body.

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Oil-Based Gel
Oil-based gels are another option for conductive gels. These gels are made from a combination of mineral oil and lanolin. Oil-based gels are thicker than water-based gels and tend to leave more of an oily residue on the skin. However, they are great for use in dry climates or for people with very dry skin, as they provide extra moisture.

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Ultrasound Gel
Ultrasound gel is a special type of conductive gel used for ultrasound imaging. The gel is water-based but contains a high concentration of propylene glycol, which helps the gel transmit sound waves better. Ultrasound gel is very effective for imaging internal structures such as organs and blood vessels.

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ECG Gel
ECG gel, also known as electrocardiography gel, is a conductive gel that is used in electrocardiogram (ECG) procedures. An ECG is a test that measures the electrical activity of the heart, and it is typically used to diagnose conditions like coronary artery disease, heart attacks, and arrhythmias.ECG gel is applied to the skin to improve the transmission of electrical signals from the heart to the ECG machine. It is typically formulated with a higher viscosity than ultrasound gel to help reduce the risk of it being squeezed out from between the electrodes and the skin.

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TENS Gel
TENS gel, also known as transcutaneous electrical nerve stimulation gel, is a conductive gel that is used in TENS therapy. TENS therapy is a pain management technique that involves the use of low-voltage electrical currents to stimulate the nerves and reduce pain.TENS gel is applied to the skin to improve the transmission of electrical signals from the TENS machine to the body. It is typically formulated with a higher viscosity than ultrasound gel to help reduce the risk of it being squeezed out from between the electrodes and the skin.Like ECG gel, TENS gel is usually hypoallergenic and free from fragrances or dyes to minimize the risk of allergic reactions. It is also typically less conductive than ultrasound gel, as it is designed to transmit electrical signals rather than sound waves.

How to Choose Conductive Gel

Read and Understand the Ingredients
Before purchasing any conductive gel, it is important to know about the ingredients. Some people are allergic to certain chemicals or other substances that are commonly found in conductive gels. Therefore, understanding the ingredients can help you avoid buying a conductive gel that may cause skin irritation.

Check the pH Level
Conductive gel with a balanced pH level is essential for effective therapy. The pH level of the conductive gel affects the current flow and can affect the success of the electrotherapy or ultrasound treatment. A pH level of about 5.5 is considered to be the most balanced for human skin.

Choose a Gel Type
Conductive gel comes in different varieties, such as aqueous, clear, and adhesive. Aqueous gels are water-based and do not stick well to the skin. Clear gels are translucent, easy to apply, and stay on the skin for a longer time. Adhesive gels are known to stick well on the skin and do not easily drip or run during treatment.

Gel Viscosity
Conductive gels come with different viscosities. Viscosity is the thickness or fluidity of the gel. A thick viscosity gel is good for treating larger areas as it stays in place better. On the other hand, a thin viscosity gel is most effective for small areas and allows for more precise application.

Gel Texture
The texture of the conductive gel is also a factor to consider. Some conductive gels are smooth, which makes it easy to apply and spread on the skin. Other gels have a coarse texture which can be abrasive and may irritate the skin. Therefore, it is important to choose a gel texture that is comfortable and suitable for the patient's skin.

How to Use Conductive Gel

Clean Skin
Before applying conductive gel, it's important to clean your skin thoroughly. This helps remove dirt or oil that may interfere with the effectiveness of the treatment. Use mild soap and warm water to clean the area where the gel will be applied.

Apply a Small Amount of Gel
Only a small amount of conductive gel is needed to achieve good results. Squeeze a small amount of gel onto your finger and apply it to the skin in the area where electrical equipment will be used. Do not apply too much gel as this may cause the device to feel uncomfortable or even burn the skin.

Apply Gel Evenly
After applying the gel, use your fingers to spread it evenly over the area where electrical equipment will be used. Make sure to cover the entire area, but don't apply too much pressure so the gel rubs into your skin.

Place Electrodes
If you are using electrical equipment with electrodes, place them in an area that has been coated with conductive gel. Make sure they are in the correct position and securely in place.

Adjust Device Settings
Once the electrodes are in place, you can adjust the settings on the device to your desired intensity level. Many devices have different settings for different levels of treatment, so be sure to read the instructions carefully before using the device.

Monitor Your Skin
Always monitor your skin closely when using electronic devices with conductive gel. If you feel any discomfort or burning sensation, stop using the device immediately and remove the electrodes. Rinse the area with cold water and wait until the skin heals before using the device.

Applications of Conductive Gel

Medical Field
Conductive gel is a commonly used electrode patch material in the medical field. Doctors can place conductive gel patches on patients' skin to monitor signals from electrocardiograms, neuroscience and more. The softness, excellent adhesion and conductive properties of conductive gel make it an ideal material for applications in the medical field.

Industrial Field
Conductive gels are also widely used in industrial fields. It can be used in machinery, circuit boards, software electronics and other fields. Conductive gels conduct electricity very well and can ensure the transmission of electric current in complex electronic systems. Due to its softness, conductive gel can stick to and conduct electricity on a variety of material surfaces where electronic components need to be attached.

Fitness Field
Conductive gels are also increasingly used in the fitness field. Conductive gel is used in many fitness equipment. For example, the familiar electronic muscle stimulator and other equipment are based on the technical principle of conductive gel. Conductive gel can help activate muscles, increase muscle contraction rates, and better disperse electrical current during exercise, thereby reducing muscle fatigue.

Sensor Field
Since the main component of conductive gel is water, it has excellent electrical conductivity and mechanical properties, so it is an ideal sensor material. Conductive gels can be used to make sensors with excellent sensitivity and stability. Conductive gel sensors can be used to monitor data in living organisms, such as electricity generation and respiration.

TOP-RANK HEALTH CARE：Your Trustworthy Conductive Gel Supplier！

Our company was established in 2000 in Zhejiang Province, China. Our company specializes in the production of pain management products, including electrodes, TENS/EMS equipment, conductive clothing, and other ancillary products such as grounding mats, conductive gel, etc.

Rich Products

Our company mainly produces electrode pads, conductive gels, iontophoresis patches, grounding pads, hydrogels, etc. And our products are exported to Canada, the United States and other countries.

Quality Assurance

Our self-developed conductive hydrogel has been approved for marketing in the United States and has obtained FDA 510K certification. And we have also obtained MDSAP system certification and Health Canada medical device license. Finally, the factory is ISO13585/MDSAP/ISO14001 certified.

Customizable

We have more than 10 years of production experience, and all products can be customized OEM and ODM. It has a full set of modern production equipment, established a hydrogel laboratory in 2017, and successfully launched an independently developed hydrogel project.

Leading Service

We have many years of industry experience and a complete production management, quality supervision, sales service operation system. Whether you want to buy different specifications of production electrode pads, or conductive gel, you just need to send your requirements via email and we can customize the product for you. We also accept OEM customization.

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Frequently Asked Questions

Q: What is conductive gel?

A: Conductive gel is a gel-like substance that is used to improve the conductivity of electrical currents between electrodes and the body. It is commonly used in medical and aesthetic treatments, such as ultrasound, electrotherapy, and laser hair removal. The gel is made of a water-based solution with a high concentration of ions that conduct electricity. It is essential in these treatments because it helps to create a more effective and accurate transmission of electrical energy while also providing a protective layer for the skin.

Q: How does conductive gel work?

A: Conductive gel is a specialized product that is commonly used in ultrasound and electrotherapy procedures to ensure that the electric signal or sound waves are properly transmitted into the skin. The gel works by creating a medium between the skin and the instrument that facilitates the transfer of the electrical stimulus. It helps to reduce the resistance and impedance between the skin and the electrode, thereby improving the accuracy and effectiveness of the treatment.The key ingredient in conductive gel is typically a water-soluble polymer, which acts as a conductor of the electric current and ultrasound waves. Conductive gels may also contain other ingredients such as glycerin, propylene glycol, or aloe vera that help to moisturize and soothe the skin.

Q: What are the main components of conductive gel?

A: The main components of conductive gel are water, a gelling agent (such as carbomer or xanthan gum), a preservative (such as phenoxyethanol), a thickening agent (such as glycerin), and a conductive salt (such as sodium chloride or potassium chloride). Some conductive gels may also include additional ingredients, such as aloe vera or chamomile extract, for added skin soothing benefits.

Q: Can conductive gel be used on the skin?

A: Yes, conductive gel is designed to be used on the skin. It is commonly used in medical procedures and in the beauty industry for treatments such as ultrasound therapy and electrostimulation. The gel helps to improve the efficiency of the treatment by allowing the electrical current to penetrate the skin more effectively. It is also safe for most skin types and does not cause any irritation or damage.

Q: How is conductive gel applied?

A: Conductive gel is generally applied as follows: First clean the area where you want to apply the gel thoroughly with soap and water. Second, dry the area with a clean towel. Then squeeze a small amount of conductive gel onto the surface you want to apply. Finally, rinse the area with warm water, making sure all gel is removed.

Q: What is the purpose of using conductive gel?

A: Conductive gel is used to improve the contact between medical electrodes and the skin during medical procedures such as electrocardiograms (ECG), electromyography (EMG), and electroencephalography (EEG). It helps to reduce the resistance between the skin and the electrode, enabling a better flow of electrical signals between the two. This makes it easier for medical professionals to obtain accurate readings from the electrical activity of the body. Conductive gel can also be used during ultrasound imaging to improve the transmission of sound waves.

Q: What are the benefits of using conductive gel?

A: The gel provides a strong and consistent electrical signal, helping to increase the accuracy of the procedure. Second, the gel helps reduce friction between the skin and the medical device, making the patient more comfortable. Finally, the conductive gel helps disperse electrical energy across the skin's surface, reducing the risk of burns or skin irritation.

Q: How long does conductive gel last?

A: The lifespan of conductive gel depends on various factors, such as quality, storage condition, and frequency of use. Generally, high-quality conductive gel can last for 2-3 years when stored in a cool and dry place away from direct sunlight. However, if the gel appears to be dried out, discolored, or has a foul odor, it should not be used as it may be expired and can cause skin irritation. It is recommended to check the expiration date on the packaging before use.

Q: How often does conductive gel need to be reapplied?

A: Conductive gel needs to be reapplied every 10-15 minutes to ensure optimal conductivity. However, the frequency may depend on various factors like the type of gel being used, the skin type, and the duration of use. It is recommended to follow the specific instructions provided by the manufacturer for best results.

Q: How much conductive gel is needed for each application?

A: The amount of conductive gel needed for each application depends on the purpose, the size of the area to be covered, and the manufacturer's instructions. It is best to refer to the product's label or consult with a healthcare professional for guidance on its appropriate use.

Q: Does conductive gel have any side effects?

A: Side effects of using conductive gel, such as skin irritation and allergic reactions. If you experience any redness, itching, or swelling after using conductive gel, you should discontinue use immediately and consult a healthcare professional. It is also important to follow the instructions provided by the manufacturer carefully and only use conductive gel as intended.

Q: Is conductive gel safe to use?

A: Generally, conductive gel is safe to use. It is often used in medical procedures such as electrocardiograms (ECGs) and ultrasounds, as well as in cosmetic treatments such as microcurrent facials. However, as with any product, it is important to read the instructions carefully and use it as directed to avoid any potential side effects or allergic reactions. If you have sensitive skin or a known allergy to any of the ingredients, you should consult with a medical professional before using conductive gel.

Q: Can conductive gel be used during pregnancy?

A: In general, it is recommended to consult a doctor before using any product on the skin during pregnancy. However, conductive gel is generally safe during pregnancy if used as intended, primarily as a conductor for ultrasound or electrotherapy treatments to improve circulation, relieve pain, or for diagnostic purposes. Conductive gels are typically water-soluble, hypoallergenic, and often do not contain any harmful chemicals. However, pregnant women should be cautious when using any products on their skin, as some products may contain ingredients that can be absorbed into the bloodstream. Conductive gel should not be applied to the abdomen or genitals because it may interfere with prenatal ultrasound imaging.

Q: How is conductive gel stored?

A: In general, conductive gel should be stored according to the manufacturer's instructions. It is important to keep the gel in a cool, dry place and away from direct sunlight. It is also essential to keep the container tightly sealed when not in use to prevent the gel from drying out and to maintain its quality. Some types of conductive gel may need to be refrigerated, so it is always best to read the label carefully before storing it.

Q: What type of equipment is used with conductive gel?

A: Conductive gel is typically used with electrotherapy equipment, such as TENS (Transcutaneous Electrical Nerve Stimulation) machines, ultrasound machines, and muscle stimulators. The gel is used to increase the conductivity of the electrical current from the equipment to the skin's surface, allowing for better delivery of the therapy.

Q: Can conductive gel be used for all types of medical procedures?

A: No, conductive gel is primarily used in medical procedures that involve the use of electrical devices or equipment such as electrocardiograms (ECGs), electroencephalograms (EEGs), and ultrasound machines. It is not used in other medical procedures such as surgeries or routine check-ups.

Q: How does the quality of conductive gel affect the results?

A: The quality of conductive gel can significantly affect the results of a medical or diagnostic procedure that requires its use. Conductive gel is used to improve the transmission of electrical signals between the patient's skin and the device being used. If the gel is of poor quality, it can result in poor signal transmission, leading to incorrect readings and potentially inaccurate diagnoses. It can also cause discomfort and skin irritation to the patient.Good quality conductive gel has a high level of conductivity, which ensures a strong and consistent transmission of signals. It should also be non-toxic, hypoallergenic, and free from any harmful substances that may cause irritation or skin allergies. The consistency and viscosity of the gel are also crucial factors that influence the transmission of electrical signals.

Q: Can conductive gel cause allergies?

A: Yes, allergic reactions to conductive gel are possible, but they are relatively rare. The most common symptoms include redness, itching, swelling, and hives in the area where the gel was applied. In some cases, a person may experience more severe symptoms such as difficulty breathing and anaphylaxis. If you experience any unusual symptoms after using conductive gel, stop using it immediately and seek medical attention.

Q: How is conductivity measured when using conductive gel?

A: Conductivity is a measure of how well a substance conducts electricity. When using conductive gel, conductivity is measured using a device called a conductivity meter or conductivity sensor. The sensor is inserted into the gel and measures the electrical conductivity of the substance based on the amount of electrical charge it can carry. The measurement is usually expressed in siemens per meter (S/m) or millisiemens per centimeter (ms/cm). A high conductivity reading indicates that the gel is an excellent conductor of electricity, while a low reading suggests that it is a poor conductor. The conductivity measurement is important in ensuring that the gel is effective in transmitting electrical signals during medical procedures or other applications.

Q: Are there different types of conductive gel and how do they differ from each other?

A: Yes, there are different types of conductive gels, and they vary in composition, viscosity, conductivity, and uses. Some common types of conductive gels include: Sodium chloride gel: This is the most common type of conductive gel found in healthcare settings. It mainly contains sodium chloride, water and thickeners. It is used in electrocardiograms, electroencephalograms, and other diagnostic procedures. Electrode gel: It is a medical-grade conductive gel that is used with electrodes for electromyography and electroencephalography testing. The choice of conductive gel depends on the application, the type of equipment used and the electrical properties required, and the type of surface or skin to be applied.

Find professional conductive gel manufacturers and suppliers in China here. With abundant experience, our factory offers high quality conductive gel made in China with competitive price. Welcome to contact us for custom service and wholesale service.

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