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Search results for 'C359'
Showing 121 - 140 of 1648 Total Results
CA-1400
Location: Lab Ovens
These gravity convection ovens are used for drying, baking, sterilizing, evaporating, heat-treating, and testing. 0.7 cu. ft. model.
CA-1405
Location: Lab Ovens
These gravity convection ovens are used for drying, baking, sterilizing, evaporating, heat-treating, and testing. 1.27 cu. ft. model.
CA-1410
Location: Lab Ovens
These gravity convection laboratory ovens are used for drying, baking, sterilizing, evaporating, heat-treating, and testing. 2.0 cu. ft. model.
CA-1430
Location: Bench Ovens
These bench ovens are used for curing, drying, and baking. Ovens feature high density insulation for reduced heat loss and efficient operation, adjustable shelves on 1 1/2" centers, gasketed doors, and scratch resistant finish. 7.0 cu. ft., 300ºF model.
SA-2020
Location: CBR Accessories
Dial indicator has 1.000" operating range, graduated in 0.001" divisions, clockwise movement and revolution counter. Recommended for use with tripod attachment.
CA-0280-P
Location: Cube Molds
The high-density polyethylene three-gang mold for 2-inch cubes strips and reassembles easily. Easy ordering online from Test Mark Industries.
CA-1420
Location: Bench Ovens
These bench ovens are used for curing, drying, baking. Ovens feature high density insulation for reduced heat loss and efficient operation, adjustable shelves on 1 1/2" centers, gasketed doors, and scratch resistant finish. 7.0 cu. ft., 437ºF model.
Bench Oven, 10.6 cu. ft. 437ºF
CA-1440
Location: Bench Ovens
These bench ovens are used for curing, drying, and baking. Ovens feature high density insulation for reduced heat loss efficient operation, adjustable shelves on 1 1/2" centers, gasketed doors, and scratch resistant finish. 10.6 cu. ft. model.
Feeler Gauge Set, .002 to .025
CA-0485
Location: Planeness/Thickness Gauges
When used with the steel parallel bar, Test Mark's feeler gauge will determine the planeness of testing machine platens, cylinder cappers and other testing accessories.
SA-0240
Location: Soil Pocket Penetrometer
The Soil Pocket Penetrometer from Test Mark is used for the evaluation and classification of cohesive soils in terms of soil consistency.
Feeler Gauge Stock, .001 - 12"L x 1/2"W with rounded ends
CA-0481
Location: Parts & Accessories
When used with the steel parallel bar, Test Mark's feeler gauge stock will determine the planeness of testing machine platens, cylinder cappers and other testing accessories.
(2) options
Location: Consistometer
The Vebe Consistometer determines the consistency and density of low slump roller-compacted concrete - from Test Mark Industries.
Portable Precision Balance, 3000 g x 0.1 g
SC-0190
Location: Parts & Accessories
The Portable Precision Balance from Test Mark features selectable weighing units, percentage weighing and below balance weighing functions, stainless steel pan, adjustable feet, low battery indicator and auto-power shut off, manual internal calibration with built in mass, RS-232 and USB interface,...
Stainless Steel Clamp Assembly
CA-0600-07P
Location: Parts & Accessories
Stainless steel clamp assembly. Plastic Roll-A-Meter Kit replacement parts.
SA-0112
Location: Asphalt
Mold Extractor is used with compression tester for removing 4" compaction mold specimens.
CA-2500
Location: Sample Splitters
The Test Mark mini sample splitter accurately divides dry materials, such as cement, powdered ores, coal, coke, sand, soils and other fine aggregates, so each half is representative of the original total sample.
Vebe Consistometer, ASTM C1170
CA-0374
Location: Parts & Accessories
The Vebe Consistometer determines the consistency and density of low slump roller-compacted concrete. The sample is placed in the mold and the surcharge weight is placed on top. The vibrator is started and the time for the concrete to consolidate and form a mortar ring is recorded. The surcharge is...
Vebe Consistometer, ASTM C1176
CA-0376
Location: Parts & Accessories
The Vebe Consistometer determines the consistency and density of low slump roller-compacted concrete. The sample is placed in the mold and the surcharge weight is placed on top. The vibrator is started and the time for the concrete to consolidate and form a mortar ring is recorded. The surcharge is...
