Resistivity Meter

Product Details:

The Digital Surface Resistivity Meter is an advanced instrument designed to measure the electrical resistance of surfaces, particularly in environments where static electricity control is critical. This device is widely used in industries such as electronics manufacturing, clean rooms, and semiconductor production, where understanding surface resistivity is essential for preventing electrostatic discharge (ESD) damage.

1. Digital Display:

   • Features a clear, easy-to-read digital display that shows resistance measurements in ohms (Ω), making it straightforward to interpret results.
   • Often includes backlighting for visibility in low-light environments.

2. High Accuracy and Sensitivity:

   • Utilizes precise measurement technology to provide accurate readings of surface resistivity across a wide range.
   • Can detect both low and high resistance values, enabling thorough analysis of different materials.

3. Multiple Measurement Modes:

   • Typically offers various modes to assess different surfaces and conditions, including resistivity measurements for different surface types (e.g., ESD-safe materials).
   • Some models may include specific modes for testing in compliance with industry standards, such as ASTM D257.

4. User-Friendly Interface:

   • Equipped with intuitive controls that allow users to quickly navigate settings and select measurement modes.
   • May include options to save or store measurements for later review.

5. Built-In Calibration:

   • Often features built-in calibration functions to ensure consistent accuracy over time, allowing users to maintain the meter without complex procedures.
   • Regular self-checks may help ensure reliability in critical applications.

6. Portability and Design:

   • Lightweight and compact, making it easy to transport and use in various locations, whether in a laboratory or on the manufacturing floor.
   • Durable casing is typically designed to withstand the rigors of industrial environments.

7. Data Logging Capability:

   • Some models include data logging features that enable users to store multiple readings for analysis and reporting.
   • Data can often be transferred to computers or other devices for detailed examination and documentation.

• Electronics Manufacturing: Used to ensure surfaces in production areas are adequately controlled for static electricity, protecting sensitive components from damage.
• Clean Rooms: Assists in maintaining strict ESD control measures by monitoring the resistivity of flooring and work surfaces.
• Semiconductor Industry: Critical for ensuring that materials and surfaces do not contribute to static buildup during sensitive manufacturing processes.
• Material Testing: Evaluates the ESD properties of new materials or coatings, helping to ensure compliance with safety standards.

1. Preparation:

   • Ensure the surface to be tested is clean and free from contaminants that could affect the measurement.
   • Turn on the meter and allow it to warm up if necessary.

2. Measurement Procedure:

   • Select the appropriate measurement mode based on the surface type and test requirements.
   • Place the meter’s electrodes in contact with the surface, following any specific instructions regarding pressure or orientation.
   • Allow the meter to stabilize and read the resistance value displayed.

Product Details:

The Digital Surface Resistivity Meter (100V) with Rods is a specialized instrument designed to measure the surface resistivity of materials in environments sensitive to electrostatic discharge (ESD). This device is essential for ensuring that surfaces meet required conductivity standards to minimize the risk of static electricity build-up, which can damage sensitive electronic components.

1. Digital Display:

   • Features a high-contrast digital screen that provides clear readings of surface resistivity in ohms (Ω) or ohms per square (Ω/sq).
   • Often includes a backlight for use in low-light conditions.

2. 100V Testing Voltage:

   • Utilizes a standardized testing voltage of 100 volts, which is crucial for accurately measuring the resistivity of ESD-sensitive surfaces according to industry standards.
   • This voltage level is ideal for a wide range of materials, providing reliable results without causing damage.

3. Rods for Measurement:

   • Comes with conductive measuring rods that facilitate accurate measurements on various surfaces, including flat, textured, and curved materials.
   • The rods ensure consistent contact with the test surface, essential for reliable readings.

4. High Accuracy and Sensitivity:

   • Employs advanced measurement technology to deliver precise readings across a broad range of resistivity values.
   • Capable of detecting very low resistivity levels, which is crucial for applications requiring strict ESD control.

5. User-Friendly Interface:

   • Simple controls allow users to quickly select measurement settings and modes, making the device accessible for both experienced professionals and newcomers.
   • Features include a straightforward setup process and intuitive navigation through measurement functions.

6. Data Logging Capability:

   • Many models include data storage functions, allowing users to save multiple readings for later analysis or reporting.
   • Data can typically be transferred to computers or other devices for comprehensive evaluation and documentation.

7. Built-In Calibration:

   • Designed with an easy calibration process to maintain accuracy over time, ensuring reliable performance in various testing scenarios.
   • Regular self-checks may help maintain the integrity of measurements.

8. Portability and Design:

   • Lightweight and compact, making it easy to transport and use in different locations, whether in a laboratory or on the production floor.
   • Durable construction to withstand industrial environments and rough handling.

• Electronics Manufacturing: Essential for measuring the resistivity of surfaces in clean rooms and production areas, helping to prevent ESD damage to sensitive components.
• ESD Control Programs: Used in facilities that require compliance with industry standards for ESD management, ensuring surfaces meet specified resistivity criteria.
• Material Testing: Evaluates the ESD properties of various materials, aiding in the selection of components and coatings that minimize static build-up.
• Research and Development: Supports R&D efforts by providing data on the electrical properties of new materials or coatings in the development phase.

Product Details:

Kinetic Polymers delivers a complete range of ESD-safe solutions tailored for diverse industries where electrostatic protection is critical. Our ESD products are widely used in electronics manufacturing, semiconductor fabrication, aerospace, automotive electronics, defense, medical device assembly, cleanrooms, R&D labs, and service centers.

From ESD flooring, workstations, apparel, and packaging to control equipment and handling materials, our offerings help maintain controlled environments and safeguard sensitive components from electrostatic discharge. All products meet international ESD standards to support industry-specific compliance and process safety.

Key Industry Segments:

• Electronics & PCB Assembly

• Semiconductor & Chip Manufacturing

• Aerospace & Defense

• Automotive Electronics

• Medical Equipment & Devices

• Telecom & Networking Hardware

• Cleanrooms & Laboratories

Kinetic Polymers ensures reliable ESD protection across industries with trusted, high-performance products engineered for static control.

Product Details:

The Digital Static Charge Meter is a precision instrument designed to measure static electric charge on various surfaces, providing essential data for industries where static electricity control is critical. This device is commonly used in manufacturing environments, clean rooms, and laboratories to ensure compliance with electrostatic discharge (ESD) safety protocols.

1. Digital Display:

   • Equipped with a clear digital screen that presents readings in volts (V) or kilovolts (kV), enabling easy interpretation of static charge levels.
   • Often includes a backlight for visibility in dimly lit environments.

2. High Sensitivity and Accuracy:

   • Utilizes advanced sensor technology to detect and measure static charges with high precision, even at low levels.
   • Capable of measuring both positive and negative charges, providing comprehensive analysis capabilities.

3. Multiple Measurement Modes:

   • Offers various modes for different types of measurements, including direct contact and non-contact measurements.
   • Some models may support specific testing protocols, such as those outlined in industry standards like ANSI/ESD.

4. User-Friendly Interface:

   • Intuitive controls allow users to easily switch between measurement modes and access various settings.
   • May feature simple buttons for operation, enabling quick and efficient usage.

5. Data Logging and Memory:

   • Many models include data logging capabilities, allowing users to store multiple readings for later analysis or reporting.
   • Data can often be exported to computers for further evaluation, assisting in compliance documentation.

6. Built-In Calibration:

   • Typically features an easy calibration process to maintain measurement accuracy over time, ensuring consistent performance.
   • Regular self-checks may enhance reliability, particularly in critical applications.

7. Compact and Portable Design:

   • Lightweight and designed for ease of use, making it suitable for both field and laboratory applications.
   • Rugged construction helps withstand the challenges of industrial environments.

• Electronics Manufacturing: Critical for ensuring static charge levels are controlled to protect sensitive electronic components from damage.
• Clean Rooms: Monitors static charge on surfaces to maintain compliance with strict ESD control measures.
• Pharmaceuticals: Ensures that static electricity does not interfere with production processes or contaminate sensitive materials.
• Material Testing: Evaluates the static charge characteristics of various materials, helping in the selection of ESD-safe components.

1. Preparation:

   • Ensure the static charge meter is calibrated and ready for use. Clean the sensor area to avoid contamination affecting readings.

2. Measurement Procedure:

   • Turn on the device and select the appropriate measurement mode based on the testing requirement.
   • For contact measurements, place the sensor directly on the surface; for non-contact, hold it at a specified distance above the surface.
   • Wait for the reading to stabilize, then record the displayed static charge level.

Product Details:

The Intrinsically Safe Static Charge Meter is a specialized instrument designed to measure static electricity in environments where flammable gases, vapors, or dust may be present. This type of meter is engineered to be safe for use in hazardous locations by preventing any potential ignition sources that could result from electrical sparks. It is essential for ensuring safety and compliance in industries such as petrochemical, pharmaceutical, and aerospace, where static charge could pose significant risks.

1. Intrinsic Safety Certification:

   • Designed and built to meet international safety standards (such as ATEX or IECEx), ensuring safe operation in hazardous environments.
   • Incorporates protection mechanisms that prevent excessive energy release, making it safe for use in explosive atmospheres.

2. Accurate Static Charge Measurement:

   • Measures electrostatic charge with high precision, typically in units such as kV (kilovolts) or µC (microcoulombs).
   • Can detect both positive and negative charges, providing comprehensive assessment capabilities.

3. User-Friendly Interface:

   • Equipped with a digital display that clearly indicates static charge levels, allowing for easy reading and interpretation.
   • Simple control buttons for initiating measurements and navigating the device's functions enhance user experience.

4. Robust Construction:

   • Built to withstand harsh conditions, featuring durable materials that are resistant to chemicals and physical impacts.
   • Often designed to be lightweight and portable for ease of use in various locations.

5. Integrated Grounding Connection:

   • May include a grounding connection to ensure that the measurement is accurate and that the meter itself is grounded during use.
   • This feature helps to prevent erroneous readings caused by stray static charges.

6. Data Logging and Analysis:

   • Some models come with data logging capabilities that allow users to store measurements for analysis and reporting.
   • Data can often be exported to a computer for further evaluation, aiding in compliance documentation and trend analysis.

7. Multiple Measurement Modes:

   • May offer various measurement modes to assess different types of static electricity scenarios, including contact and non-contact measurements.
   • This flexibility allows users to adapt the device to various applications and environments.

• Petrochemical Industries: Used to monitor static charge in environments with flammable liquids or gases, ensuring safe handling and transfer of materials.
• Pharmaceutical Manufacturing: Ensures that static charge does not interfere with sensitive manufacturing processes or cause contamination.
• Aerospace: Assesses static charge levels on aircraft and components to prevent potential ignition sources during maintenance or repairs.
• Electronics Manufacturing: Helps to protect sensitive electronic components from damage due to static electricity.

1. Setup:

   • Ensure the static charge meter is certified for use in the specific hazardous environment.
   • Verify that the device is fully charged or has fresh batteries, if applicable.

2. Measurement Procedure:

   • Turn on the device and select the desired measurement mode.
   • Bring the sensor close to the object or surface being tested, ensuring the grounding connection is utilized if available.
   • Allow the meter to stabilize and read the displayed static charge level.

Kinetic Polymers delivers a complete range of ESD-safe solutions tailored for diverse industries where electrostatic protection is critical. Our ESD products are widely used in electronics manufacturing, semiconductor fabrication, aerospace, automotive electronics, defense, medical device assembly, cleanrooms, R&D labs, and service centers.

From ESD flooring, workstations, apparel, and packaging to control equipment and handling materials, our offerings help maintain controlled environments and safeguard sensitive components from electrostatic discharge. All products meet international ESD standards to support industry-specific compliance and process safety.

Key Industry Segments:

• Electronics & PCB Assembly

• Semiconductor & Chip Manufacturing

• Aerospace & Defense

• Automotive Electronics

• Medical Equipment & Devices

• Telecom & Networking Hardware

• Cleanrooms & Laboratories

Kinetic Polymers ensures reliable ESD protection across industries with trusted, high-performance products engineered for static control.

Kinetic Polymers delivers a complete range of ESD-safe solutions tailored for diverse industries where electrostatic protection is critical. Our ESD products are widely used in electronics manufacturing, semiconductor fabrication, aerospace, automotive electronics, defense, medical device assembly, cleanrooms, R&D labs, and service centers.

From ESD flooring, workstations, apparel, and packaging to control equipment and handling materials, our offerings help maintain controlled environments and safeguard sensitive components from electrostatic discharge. All products meet international ESD standards to support industry-specific compliance and process safety.

Key Industry Segments:

• Electronics & PCB Assembly

• Semiconductor & Chip Manufacturing

• Aerospace & Defense

• Automotive Electronics

• Medical Equipment & Devices

• Telecom & Networking Hardware

• Cleanrooms & Laboratories

Kinetic Polymers ensures reliable ESD protection across industries with trusted, high-performance products engineered for static control.

Kinetic Polymers delivers a complete range of ESD-safe solutions tailored for diverse industries where electrostatic protection is critical. Our ESD products are widely used in electronics manufacturing, semiconductor fabrication, aerospace, automotive electronics, defense, medical device assembly, cleanrooms, R&D labs, and service centers.

From ESD flooring, workstations, apparel, and packaging to control equipment and handling materials, our offerings help maintain controlled environments and safeguard sensitive components from electrostatic discharge. All products meet international ESD standards to support industry-specific compliance and process safety.

Key Industry Segments:

• Electronics & PCB Assembly

• Semiconductor & Chip Manufacturing

• Aerospace & Defense

• Automotive Electronics

• Medical Equipment & Devices

• Telecom & Networking Hardware

• Cleanrooms & Laboratories

Kinetic Polymers ensures reliable ESD protection across industries with trusted, high-performance products engineered for static control.

Kinetic Polymers delivers a complete range of ESD-safe solutions tailored for diverse industries where electrostatic protection is critical. Our ESD products are widely used in electronics manufacturing, semiconductor fabrication, aerospace, automotive electronics, defense, medical device assembly, cleanrooms, R&D labs, and service centers.

From ESD flooring, workstations, apparel, and packaging to control equipment and handling materials, our offerings help maintain controlled environments and safeguard sensitive components from electrostatic discharge. All products meet international ESD standards to support industry-specific compliance and process safety.

Key Industry Segments:

• Electronics & PCB Assembly

• Semiconductor & Chip Manufacturing

• Aerospace & Defense

• Automotive Electronics

• Medical Equipment & Devices

• Telecom & Networking Hardware

• Cleanrooms & Laboratories

Kinetic Polymers ensures reliable ESD protection across industries with trusted, high-performance products engineered for static control.

Kinetic Polymers delivers a complete range of ESD-safe solutions tailored for diverse industries where electrostatic protection is critical. Our ESD products are widely used in electronics manufacturing, semiconductor fabrication, aerospace, automotive electronics, defense, medical device assembly, cleanrooms, R&D labs, and service centers.

From ESD flooring, workstations, apparel, and packaging to control equipment and handling materials, our offerings help maintain controlled environments and safeguard sensitive components from electrostatic discharge. All products meet international ESD standards to support industry-specific compliance and process safety.

Key Industry Segments:

• Electronics & PCB Assembly

• Semiconductor & Chip Manufacturing

• Aerospace & Defense

• Automotive Electronics

• Medical Equipment & Devices

• Telecom & Networking Hardware

• Cleanrooms & Laboratories

Kinetic Polymers ensures reliable ESD protection across industries with trusted, high-performance products engineered for static control.