All Tools

Ultrasonic Thickness Gage
Comes complete with 5MHz probe, bottle of ultrasonic couplant gel, operations manual. Compact durable fitted carrying case and includes NIST certified block.
This handheld unit has precise touch and read capabilities yet is economically priced. The 15945 is designed to measure the thickness of metallic and non-metallic materials such as aluminum. titanium, plastics, ceramics, glass and any other good ultrasonic wave conductor as long as it has parallel top and bottom surfaces. The 15945 will accurately display readings in either inch or millimeter after a simple calibration to a known thickness or sound velocity.
Specifications

Display Type: Large 4-digit LCD
Minimum Display Unit: 0.001"/0.1mm
Measuring Range: 0.040" - 8" (0.1mm-200mm) in steel w/standard probe (other values depending on material)
Lower Limit Steel Pipes: Min. Dia 0.8" x 0.1" (20mm x 3mm)
Display Accuracy: ±0.1mm
Sound Velocity Range: 1640-29,527 ft/s (500-9000m/s)
Operating Temperature: 32-122 Degrees F (-5 - 40 degrees C)
Frequency: 5MHz
Update Range: 4Hz
Power Supply: 1.5v AA alkaline Batteries (4pc)
Battery Life: Approx. 250 hours/battery set
Dimensions: 4.9 x 2.6 x 0.9in (161 x 69 x 32mm)
Weight: 0.7lbs
Operating Current: <20mA (3V)

Quick-Check Portable Hardness Testers

A quick & easy checking gage for flat workpieces. Ideal for spot or production checking.

Pocket size - length is 9¼", weight is 4 oz.
Precise reading in Rockwell C scale - Pretested for positive release and dependable accuracy. No moving parts to get out of adjustment. Accuracy ±2 Rockwell points.
Covers the entire range of heat treated steel from 20 Rc to 65 Rc of the Rockwell C scale.
The piece to be checked should have a section size of 1" square or more and at least ½" Thick.
Convenient for hardness testing on your surface plate, your work bench or office desk.
Will not mar the surface of heat treated parts.
Includes carrying case.
Note: Unit must be used in vertical position only.

Shore "D" Durometer Test Kit (Available with Certification)
Available with and without Certification.
Hardness Test Block kits designed to help maintain Durometer read-out accuracy.
Shore "D" for Plastics and Hard Rubber.
(3) Color-coded test blocks with nominal durometer hardness values of 20, 40, and 80.
Block size: 2" x 2" x 1/4"

Shore "D" Durometer Test Kit (Available with Certification)
Available with and without Certification.
Hardness Test Block kits designed to help maintain Durometer read-out accuracy.
Shore "D" for Plastics and Hard Rubber.
(3) Color-coded test blocks with nominal durometer hardness values of 20, 40, and 80.
Block size: 2" x 2" x 1/4"

Shore "A" Durometer Test Kit (Available with Certification)
Available with and without Certification.
Hardness Test Block kits designed to help maintain Durometer read-out accuracy.
Shore "A" for Soft Rubber, Soft Metals, Waxes, etc.
(7) Color-coded rubber test blocks with various nominal durometer hardness values ranging from 30 to 90 in increments of 10.
Block size: 2" x 2" x 1/4"

Shore "A" Durometer Test Kit (Available with Certification)
Hardness Test Block kits designed to help maintain Durometer read-out accuracy.
Shore "A" for Soft Rubber, Soft Metals, Waxes, etc.
(7) Color-coded rubber test blocks with various nominal durometer hardness values ranging from 30 to 90 in increments of 10.
Block size: 2" x 2" x 1/4"

Flexbar Digital Shore Durometers
Available in Shore "A" and "D".
(Shore "A" for Soft Rubber, Soft Metals, Waxes, etc.)

(Shore "D" for Plastics and Hard Rubber.)
These testers are crafted and engineered to perform at the highest level of accuracy. An ergonomic and attractive design combined with lightweight assists in taking precise hardness measurements of rubbers, plastics, waxes, etc.

Measurement Range: 0-100HSA
Deviation: <1%H
Resolution: 0.1H
Repeatability: 20-90 HSA <+/-1 H
Conforms to Standards: ASTM D-2240, ISO 7619, DIN 53505
Peak Value Lock In: YES
Statistics: Mean, Min, Max, No. of Measurements and Deviation
RS232 Output: Yes
Power Supply: 4 X AAA

Flexbar Digital Shore Durometers
Available in Shore "A" and "D".
(Shore "A" for Soft Rubber, Soft Metals, Waxes, etc.)

(Shore "D" for Plastics and Hard Rubber.)
These testers are crafted and engineered to perform at the highest level of accuracy. An ergonomic and attractive design combined with lightweight assists in taking precise hardness measurements of rubbers, plastics, waxes, etc.
Measurement Range: 0-100HSA
Deviation: <1%H
Resolution: 0.1H
Repeatability: 20-90 HSA <+/-1 H
Conforms to Standards: ASTM D-2240, ISO 7619, DIN 53505
Peak Value Lock In: YES
Statistics: Mean, Min, Max, No. of Measurements and Deviation
RS232 Output: Yes
Power Supply: 4 X AAA

Portable Digital Hardness Tester
An advanced hardness tester distinguished by its very compact size, high accuracy, wide measuring range and simplicity of operation. It is suitable for testing the hardness of all metals and widely applied in many areas of industry.

It automatically computes all Vickers, Brinell, Rockwell and Shore hardness values. RS232 output enables this new model to print any of it's memory from up to 2000 locations. The impact direction can be set so that the accurate values can be achieved at any angle, even upside down! Statistical mean value automatically provided.
Dimensions: 108 x 62 x 25mm
Impact Device: D
Impact Energy: 8 Ft-Lbs. (11nmm)
Test Tip: Tungsten Carbide
Max. Hardness of Sample: 980hv
Weight: 0.51lb(230g)
Impact Direction: Any Angle
Operating Temperature: 5 to 104 Degrees F
Min. Thickness of Sample: 0.2in. (5mm) (Coupled: 3mm)
Min. Weight of Sample: 11 lbs. /5kg (less than 5kg to 0.1kg coupled on solid support)
Min. Thickness of Layers: 0.8mm
Min. Radius of Curved Surface: 1.2in. (30mm) (With support rings: 11mm)
Power: 2-AAA Batteries (supplied)
Minimum Thickness: .500in Steel
Standard Applications Model - provides exceptional reliability for a wide measuring range, and is capable of automatically converting and displaying measurements into Brinell, Rockwell, Vickers and Shore hardness values. Complete kit including Standard Integrated Hardness Tester, Test Block, Fitted Case and Instructions

Individual Hardness Testing Files
Easy to use, portable Rockwell hardness testing system. For use in all metalworking facilities.
A unique, specially shaped file with a non-slip grip, color-coded handle. The Rockwell value is printed on handle.

Flexbar precision testing files have specially curved tips which can reach into internal slots, grooves and bores which cannot otherwise be tested using conventional types of fixed or portable hardness testers. They can be taken out-of-factory sites to test for hardness on large structures or segments of machinery. For example large surface-hardened gears, large printing cylinders or weld zones of heat affected pipe lines which cannot be moved to a stationary tester.

Individual Hardness Testing Files

Easy to use, portable Rockwell hardness testing system. For use in all metalworking facilities.
A unique, specially shaped file with a non-slip grip, color-coded handle. The Rockwell value is printed on handle.

Flexbar precision testing files have specially curved tips which can reach into internal slots, grooves and bores which cannot otherwise be tested using conventional types of fixed or portable hardness testers. They can be taken out-of-factory sites to test for hardness on large structures or segments of machinery. For example large surface-hardened gears, large printing cylinders or weld zones of heat affected pipe lines which cannot be moved to a stationary tester.

Individual Hardness Testing Files
Easy to use, portable Rockwell hardness testing system. For use in all metalworking facilities.
A unique, specially shaped file with a non-slip grip, color-coded handle. The Rockwell value is printed on handle.

Flexbar precision testing files have specially curved tips which can reach into internal slots, grooves and bores which cannot otherwise be tested using conventional types of fixed or portable hardness testers. They can be taken out-of-factory sites to test for hardness on large structures or segments of machinery. For example large surface-hardened gears, large printing cylinders or weld zones of heat affected pipe lines which cannot be moved to a stationary test