Ektron Tek Co., Ltd.
Ektron Tek Co., Ltd. manufactures of Rubber Processing Analyzer, Rheometer and Ozone Chamber.
- 1-330-922-4311
- info@ektrontek.com
- 887 Hampshire Road, Allen Road Business Centre
Building II, Suite H
Stow, Ohio 44224
United States of America
Categories
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product
Service
EKTRON TEK's management philosophy is customer satisfaction, integrity and continuous operation with special focus on the requirements of each customer. EKTRON TEK gives enthusiastic fast response to customers and provides them excellent product quality.
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product
Plunger Tester
PL2003
Designed and manufactured in accordance with ASTM F414, DOT571.109, F870 & JIS D4230 standards. New generation of PL-2000X series Plunger Testers, equipped with servo-hydraulic system to control the testing speed, are available fpr customers to select the suitable model. Test functions including Radial elasticity test, Tread footprints test, Tire dimension test, Bead unseating test, Lateral elasticity test and Pressure distribution analysi for Footprints.
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product
Blow Point Tester
EKT-2001BPT
The EKT-2001BPT Blow-Point Analyzer is a testing instrument that measures the best curing time of rubber for tire and rubber vibration isolation industry and helps to improve the productivity. By using the special design of wedge mold, it measures the real-time temperature rising during the curing to determine suitable curing time in the curing press.
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product
Tensile tester
TS-2000
Advantage server motor, high quality warm gear gearbox, and precise roll bearing screw are adopted to ensure tensile tester machine the accurate control and results.
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product
Fatigue Testing Equipment, Flexing Fatigue Tester
EKT-2102DF
EKT-2102DF DeMattia Flexing Fatigue Tester is designed in accordance with ASTM D430 and D813 to test the repeat bending strain and flexing on different kinds of vulcanized rubber compound. After Test, the fatigue testing equipment can determine the difference of testing compund such as deformation, elongation, hardness, etc. under different temperature environment in certain of time.















