Paul N. Gardner Company (GARDCO) – worldwide distributors, producers, and designers of quality
physical and inspection instruments for the paint, coatings, and related industries – announces its
new offering, the Economy BNC 0-14 pH Probe.
BNC pH probes are precision instruments used to measure pH levels in a wide range of solutions.
They feature a BNC (Bayonet Neill–Concelman) connector, which provides a secure, quick, and
universally compatible connection with most pH meters. These probes are commonly used in
laboratories, water testing, and other analytical applications, notes a press release from the USA-
based company. Each probe includes a pH electrode, protective case, user manual, and calibration
powders (pH 4.01, 6.86, and 9.18).
James Fusco, Product Manager, Paul N. Gardner Company (GARDCO) states, “At Gardco, we
understand that accurate pH measurement is essential for quality control and research. Our
economy BNC pH probes offer exceptional value—combining reliability, precision, and ease of use at
a low cost, giving professionals the confidence that every reading matters.”
Easy to use, all one has to do is ensure the pH meter is calibrated correctly using the provided
calibration powder; immerse the pH electrode in the solution to be tested, and monitor and record
the pH level displayed on the meter.
Features include:
 Measuring range of 0.00-14.00pH delivers precise readings every time.
 The replaceable pH electrode is easy to calibrate, ensuring accurate results with every use.
 The ATC (Automatic Temperature Compensation) makes it easy to measure pH levels in
environments with temperatures ranging from 0°C to 50°C.
 Comes with a long cable, approximately 300cm in length, giving you ample room to move around
and take measurements. The connection utilizes a 50-ohm BNC socket, facilitating an easy
connection to other devices.
 With a 1.2cm probe diameter, this pH meter is sturdy and reliable. The large diameter ensures
that the probe stays in place during measurements, providing more accurate and consistent
readings.