Professional Instrument Equipment and Testing Solution Supplier - JETYOO Industrial&Jianyou (Shanghai) Measuring Instrument Co., Ltd, a former Agilent product technical support engineer-Jian JETKEITHLEY Product Technology Application Engineer-RongyooA trade agency co founded in 2011 with a focus on technical support, aiming to break through the old and establish a new one! Fill the gap of most imported instrument and equipment manufacturers only setting up sales points in China, with weak or no technical support, and agent distributors only specializing in sales, not professional in pre-sales technical Q&A/testing plans, and not professional in after-sales training/maintenance calibration. Our technical sales engineers all have a bachelor's degree or above and over 10 years of experience in the testing industry. With our advanced and unique business philosophy, we specialize in providing instruments and equipment, testing solutions, technical training, and maintenance and measurement services to Chinese users. We are a leading company in the East China region of ShanghaiTechnology orientedA comprehensive service provider for instruments and equipment.

Japanese JSR brand curElastometer resin hardening testing machine, resin curing monitor, hardening resin analyzer, sulfur adding tester, vulcanizer, and thermosetting resin analyzer can measure the hardening behavior of thermosetting resin, such as gel time and reaction rate from liquid to solid (three-dimensional structure). So far, these qualities have been managed using appearance observation methods such as the hot plate method. But now we can use curElastometer to obtain quantitative data without relying on the subjective judgment of the measurer. In addition, by shortening the time spent on quality management, it contributes to cost reduction. Since its release, the curElastometer for resin has been widely recognized in the thermosetting resin industry as a high-precision testing machine for QC and R&D.

Japanese JSR brand curElastometer sulfurization testing machine, vulcanizing instrument, thermosetting resin analyzer, thermosetting resin hardening curve testing, used to simulate material stress, solvent release curve, mesh percentage, and absolute impedance values during experimental research

Integrated circuit (IC) and large-scale integrated circuit (LSI) sealants are gradually shifting from being packaged with metal and ceramic materials to being packaged with resin. Currently, epoxy resin sealants are mainly used. Considering the balance between cost and physical properties, epoxy resin compositions using phenol resin as a curing agent are extensively used. There are issues with using these epoxy resin compositions as sealants in improving mechanical properties and in suppressing cracking during reflow soldering, as well as in improving electrical reliability.

Japanese JSR brand curElastometer resin hardening testing machineApplication fields of resin curing monitoring instrument, hardened resin analyzer, sulfurization testing machine, vulcanizing instrument, and thermosetting resin analyzer
Research and development of resin and rubber, as well as quality inspection of production lines.

Object material:
EP epoxy resin
UP unsaturated polyester
PF phenol resin
MF melamine resin
UF urea formaldehyde resin, urea formaldehyde plastic electric jade

Electronic materials:
Semiconductor Packaging EP, PF
Semiconductor substrate EP, PF
Electronic component housing EP, PF
Automotive materials:
Brake pads
Ashtray PF

building material:
EP, PF, Q, U, UF are used as adhesive materials
Rubber filling material
Facing bathtub, small boat, building materials UP

Since 1966, thermosetting resin manufacturing, processing industry, and rubber manufacturing have been using the most commonly used matte hardening and vulcanization characteristic testing machines. Non friction sealing and non rotor vulcanizing instrument, used to determine the hardening performance of the resin industry and the vulcanization characteristics of the rubber industry.

Instant access to various information, including curing speed, such as coking time, hardening index, information related to the hardening speed of the most suitable hardening time, and modulus changes during the hardening process. It also includes hardness, such as the viscosity of the mixture in an uncured state or the module after curing.
The hardening testing machine is a testing machine that obtains comprehensive data on hardening behavior.

Characteristics of Japanese JSR brand curElastometer 7P resin hardening tester, sulfurization tester, vulcanizing instrument, and thermosetting resin analyzer
The volume of the sample cavity (mold cavity) decreases according to solidification shrinkage to maintain constant contact of the sample, which is of great significance in preventing slip of the sample
The frictionless closed test section effectively eliminates friction errors.
A special structure mold is easy to remove cured sample PAT
A mold mode that does not reduce any grip or even the surrounding edges, effectively preventing slipping PAT.
The rotating oscillation mechanism with zero asymmetric error THAL provides astonishing high precision and stable sine wave PAT
A tester with high torsional stiffness
Thrust bearings with zero frictional resistance
Thermal design and temperature control ensure good temperature consistency and stability

1. It is a hardening testing machine developed as a specialized equipment for thermosetting resins based on the vulcanization testing machine.
2. The non friction sealed structure that is not effective in removing friction errors was determined, and a special structure that is easy to harden the sample was used
3. Adopting a mold that does not reduce the grip rate around the mold and effectively prevents slipping
4. Equipped with a measuring unit mechanism with hardening shrinkage tracking function to suppress sample/crystal slip caused by hardening shrinkage
5. Three stage switching of pressurization control (high pressure/low pressure/zero atmosphere opening)
6. The driving mechanism adopts a sine wave vibration mechanism with zero non object error
7. The main body of the testing machine has high torsional rigidity and adopts frictionless frosted bearings
8. Adopting thermal design and temperature control methods to achieve temperature uniformity and stability
9. Temperature setting, measurement conditions, and all other settings are centralized on the computer
10. The main operation is to exchange samples by opening and closing the front door, and start measuring through the front door