The Stone Digital Detection Imaging (StoneDDI) device verifies the status of new and in-use diffuser stones. The StoneDDI can calibrate both metal and ceramic cylindrical and spherical diffusers ensuring the stone is within bounds for related testing.
With tightly controlled conditions of airflow, the StoneDDI calculates and determines the pore diameter and permeability.

The StoneDDI operates in a two-test position design to determine the characteristics of the diffuser stone. With a built-in vision system, even the smallest of bubbles are captured for reliable determination of the stone parameters.

This device is fully compliant with ASTM D892, D6082, and E128-99 making it the ideal unit for R&D, QC, and many more applications.

Applications of the StoneDDI Include:
Ceramic spherical diffuser calibration
Metal cylindrical diffuser verification

Key Measuring Parameters:
Pore Diameter: Size in μm
Permeability: Flow in mL/min

The StoneDDI is backed by a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon compliance with the manufacturer’s terms.
For more information or to request a quote, please click here.
For other related devices see the FoamDDI.

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The Automated NACE Polisher is a safe and essential tool for the accurate and consistent preparation of cylindrical steel specimens used in corrosion testing according to ASTM D665, NACE TM0172, and related methods. Designed to deliver uniform, finely scratched surfaces, the polisher ensures repeatable results and compliance with industry standards.

The NACE Polisher is a very precise and safe apparatus. It operates at a calibrated speed of 1750 RPM (±5 RPM) to meet exact specifications for specimen preparation. A force-limited motor halts rotation immediately upon detecting unsafe conditions, enhancing user safety during operation.
The NACE Polisher is compact and durable. With the size of 9.5″ x 5.3″ x 4.3″ (24 cm x 13.5 cm x 11 cm), it is ideal for laboratory benchtops.

Applications:
Corrosion analysis in steel pipelines, tanks, and industrial equipment.
Verification of inhibiting oils and lubricants in machinery and petroleum industries.
Iron corrosion ratings procedure from rating A to E.

Key Measuring Parameters:
Preparation and polishing of corrosion specimens for ASTM and NACE testing methods.

The NACE Polisher is backed by a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon compliance with the manufacturer’s terms.
For more information or to request a quote, please click here.
Explore related devices like FeDDI and Automated NACE Testing Apparatus (ANA) for a comprehensive suite of corrosion analysis solutions.

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The VISAYA’s CuDDI Bath (CuDDIB) device is a cutting-edge dry block heater designed for ASTM copper strip corrosion testing and other dry block heating applications. The CuDDIB sets a new standard for dry block heating in corrosion testing. Its efficient, liquid-free operation and precise temperature control make it an indispensable tool for laboratories requiring accurate and reliable results. Its innovative, liquid-free design offers high efficiency, precision, and safety for laboratory applications.

The CuDDIB’s innovative design allows the placement and heating of 4 cylinders at the same time. The interface is user-friendly with an LCD display and a digital controller with buttons for seamless operation. It is versatile and supports a wide range of laboratory applications with adjustable temperature settings. It eliminates the need for liquid baths, reducing corrosion and maintenance.

The CuDDIB reaches an accurate and stable temperature of 165 °C under an hour, saving time while maintaining reliability. With a compact design of 17” x 15” x 19” (43 x 38 x 48 cm) and a weight of 28 lbs (12.7 kg), CuDDIB is ideal for laboratory environments.

Applications:
ASTM D130 copper strip corrosion testing.
Dry block heating preparation of samples for various methodologies.

Key Measuring Parameters:
Precise temperature measurement up to 165 °C.

The CuDDIB is backed by a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon compliance with the manufacturer’s terms.
For more information or to request a quote, please click here.
Explore CuDDI for a comprehensive suite of copper corrosion measurement solutions.

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The Automated NACE Apparatus (ANA) is a groundbreaking device designed for the preparation of corrosion specimens for ASTM and NACE testing methods. The ANA sets a new standard in corrosion testing automation, offering unparalleled accuracy, ease of use, and efficiency. Its fully automated design eliminates manual handling errors, ensuring compliance with industry standards while saving operator time.

ANA automates the critical steps of NACE TM0172, ASTM D665, and ASTM D7548, ensuring precision, repeatability, and operator efficiency. Automated specimen preparation and testing include liquid handling with a peristaltic dispensing pump, specimen placement after temperature stabilization, stirring, and removing the specimen after the test completion to eliminate manual steps prone to error.

The electro-mechanical head includes a temperature probe, stainless steel mixing motor, and automated specimen holder for precise operation. A built-in reservoir ensures easy water handling, with automated dispensing and draining. A touchscreen interface with intuitive software and in-built methods simplifies operation, requiring minimal training. Factory-calibrated temperature, speed, and timing parameters ensure consistent and reliable results. The temperature range for the ANA is 30°C to 100°C, with a maximum mixing speed of 1,000 RPM. The ANA is ideal for laboratories with space constraints, featuring a lightweight, benchtop-friendly structure. The design is compact with dimensions of 15” H x 8” W x 15” D (38 x 20 x 38 cm) and a weight of 10 lbs (4.5 kg).

Applications:
Corrosion analysis in steel pipelines, tanks, and industrial equipment.
Verification of inhibiting oils and lubricants in machinery and petroleum industries.
Iron corrosion ratings procedure from rating A to E.

Key Measuring Parameters:
Preparation of corrosion specimens for ASTM and NACE testing methods.

The ANA is backed by a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon compliance with the manufacturer’s terms.
For more information or to request a quote, please click here.
For other related devices explore the FeDDI and Automated NACE Polisher for comprehensive analytical solutions.

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The Silver Digital Detection Imaging (AgDDI) device accurately and robustly rates the corrosion on silver coupons without the need for operating analyses known to be unreliable. The four-step automated VISION algorithm rates the silver corrosion on a scale of 0-4 defined by the ASTM. The AgDDI standardizes the process of silver corrosion testing reliably, ensuring fuels stay within acceptable limits.

In a small and sleek design, silver coupons undergo induced corrosion and then the silver strip is inserted into the AgDDI for determination and rating. The AgDDI works by measuring each pixel on both sides of the silver strip for sulfur-induced blackening and rating the coupon accordingly based on the scale from 0 (no corrosion) to 4 (significant blackening).

This device is fully compliant with ASTM 7691 making it the ideal unit for R&D, QC, and many more applications.

Applications of the AgDDI Include:
Silver corrosion by gasoline fuels
Sulfur-induced blackening on silver strips

Key Measuring Parameters:
D7691 Corrosion Scale: 0-4

The AgDDI is backed by a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon compliance with the manufacturer’s terms.
For more information or to request a quote, please click here.
For other related devices see the CuDDI and ERASPEC.

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The Iron Digital Detection Imaging (FeDDI) sets a new benchmark in corrosion testing by combining cutting-edge technology with ease of use. The problem that laboratories often face when testing iron bullets in compliance with ASTM and NACE standards is that they tend to over-rate the samples by considering the entire corrosion cluster as a corroded area, which is inaccurate. Within those areas, some parts are not corroded. The FeDDI system can detect and show corrosion results in percentage with an accuracy of ±0.01%. Additionally, at lower ratings of A and B, manually counting the corroded area is a tedious task, but FeDDI performs this process automatically and efficiently. Its bias-free operation ensures consistent, and reliable results, making it an essential tool for laboratories and industries focused on quality control and compliance. By utilizing advanced optics and algorithms, FeDDI revolutionizes iron corrosion testing.

Designed to comply with ASTM D665, ASTM D7548, and NACE TM0172 standards, FeDDI eliminates subjective visual assessments with a high-resolution camera and fully automated process. In less than 6 minutes, 546 photos of the sample will be gathered to create an image with a pixel size of 2.8 million. A four-step algorithm identifies and rates corrosivity, providing digital documentation and classification.

Equipped with Ethernet, USB, and HDMI interfaces, FeDDI integrates seamlessly with laboratory information management systems (LIMS), enabling easy data sharing and analysis. A 10.1” LCD touchscreen for enhanced user interaction, and an easy-to-use NFX Handle ensures effortless sample handling and operation. The FeDDI achieves accurate ratings in under 6 minutes, saving time while maintaining reliability. It generates detailed, comprehensive 360° zoomable images of all sides of the bullet-shape sample, with a summary table of results, and optional manual overrides for expert verification. With a compact design of 14” x 12” x 11” (36 x 31 x 28 cm), FeDDI is ideal for laboratory environments.

Applications:
Corrosion analysis in steel pipelines, tanks, and industrial equipment.
Verification of inhibiting oils and lubricants in machinery and petroleum industries.

Key Measuring Parameters:
Iron corrosion ratings from A to E.
Corrosion detection from 0 to 100% with a precision of ±0.01%.

The FeDDI is backed by a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon compliance with the manufacturer’s terms.
For more information or to request a quote, please click here.
For other related devices explore the Automated NACE Testing Apparatus (ANA) and Automated NACE Polisher for comprehensive analytical solutions.

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The Foam Digital Detection Imaging (FoamDDI) device is a patented and fully automated foamability and foam stability testing apparatus fully compliant with relevant standards, while simultaneously bypassing the operator bias regularly observed in manual analysis. The FoamDDI standardizes the unreliable nature of results from manual vision determinations across tightly controlled conditions of time, flow, and temperature. With an augmented VISION algorithm and high edge contrast, the FoamDDI accurately and reliably determines foam characteristics.

With a patented heating and cooling system, the FoamDDI does not just produce reliable results but also maximizes time and efficiency. The FoamDDI records calculates, and stores data in an easy-to-navigate logic box interface. A single logic box, can also asynchronously control up to four FoamDDI modules, expediting testing in your lab..

This device is fully compliant with ASTM D892, D6082, and D1881 making it the ideal unit for R&D, QC, and many more applications.

Applications of the FoamDDI Include:
Foaming tendency in lubricant systems
Amine foamability in sour gas systems
Glycol foaming parameters

Key Measuring Parameters:
Foamability/Foam Tendency: Height of foam in mL
Foam Stability: Foam collapses in seconds

The FoamDDI is backed by a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon compliance with the manufacturer’s terms.
For more information or to request a quote, please click here.
For other related devices see the ERAOIL and ERASPEC OIL.

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The CuDDI standardizes the process of copper strip corrosion testing with unparalleled precision, reliability, and ease of use. The Copper Digital Detection Imaging (CuDDI) device redefines copper corrosion testing by integrating high-resolution camera technology, AI-driven image processing, and algorithms to eliminate manual guesswork and operator bias. CuDDI detects corrosivity levels of products in compliance with ASTM standards and provides a solution for laboratories aiming for efficient and accurate results.

The CuDDI’s innovative and patented design combines optical analysis, artificial intelligence, and a unique lightbox to deliver consistent and precise results, reducing subjective interpretation. A four-step algorithm identifies and rates corrosivity, providing digital documentation and classification. Equipped with Ethernet, USB, and HDMI interfaces, CuDDI integrates seamlessly with laboratory information management systems (LIMS), enabling easy data sharing and analysis. A 10.1” LCD touchscreen for enhanced user interaction and an easy-to-use NFX Handle ensure effortless sample handling and operation.

The CuDDI achieves accurate ratings in under 90 seconds, saving time while maintaining reliability. It generates detailed, zoomable images of both sides of copper strips, with a summary table of results, and optional manual overrides for expert verification. With a compact design of 14” x 12” x 11” (36 x 31 x 28 cm), CuDDI is ideal for laboratory environments.

Applications:
Copper strip corrosion analysis in compliance with ASTM D130, D1838, and other related standards.
Quality control in refineries and terminals to ensure sulfur compounds are within acceptable limits.

Key Measuring Parameters:
Copper corrosion testing; Ratings from 1a to 4C.

The CuDDI is backed by a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon compliance with the manufacturer’s terms.
For more information or to request a quote, please click here.
For other related devices explore the CuBA, FeDDI, and AgDDI.

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The Model 500 Octane Chiller is a state-of-the-art cooling unit designed to replace conventional ice towers with precision refrigeration technology. The Model 500 Octane Chiller combines precision, reliability, and eco-friendly operation to meet the demanding needs of octane testing. Its user-friendly controls and durable design ensure consistent performance, making it the ideal choice for laboratories and testing facilities worldwide.

Engineered for laboratory, industrial, and field environments, it ensures optimal temperature control for octane testing in compliance with ASTM methods. The Model 500 complies with ASTM D2699, D2700, and D2885 standards for accurate and reliable results.

With 10-liter (2.5 gal) liquid, Model 500 can efficiently chill inlet air from ambient temperatures to -10°C with a stability of ±0.5 °C. The Model 500 is built with anodized aluminum framing, stainless steel components, and corrosion-resistant materials for long-term reliability. It has a front-mounted digital controller that allows precise and quick adjustments. The unit is compact with dimensions of 35 x 45 x 150 cm (13.7 × 17.7 × 59 inches) and the weight is 98 kg (215 lbs). Moreover, the operation is Eco-Friendly by utilizing ozone-safe refrigerants.

Applications:
Chilling and dehumidifying intake air in laboratory and online engines

Key Measuring Parameters:
Precise octane knock engine inlet air temperature

The Model 500 is backed by a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon compliance with the manufacturer’s terms.
For more information or to request a quote, please click here.
For other related devices explore the ERASPEC for comprehensive fuel analytical solutions.

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