//contact //product
You are here: Home » Products » Plastic Testing Equipment » Computer Control No Rotor Rheometer Moving Die MDR Moving Die

Product Detail

Computer Control No Rotor Rheometer Moving Die MDR Moving Die Computer Control No Rotor Rheometer Moving Die MDR Moving Die


Computer Control No Rotor Rheometer Moving Die MDR Moving Die

Share to:
sharethis sharing button
Temperature display range: 0 to 200°C
Power: 50HZ, ~220V±10%, 50±1Hz, must be well grounded
Weight: ≈250kg
Dimensions: 680×630×1100(mm)
  • DH-RH-01

  • Dahometer

  • one set

  • 7 days

  • 1 year,Lifelong maintenance

  • T/T, Visa,PayPal,Western Union

  • Negotiable


Computer Control No Rotor Rheometer Moving Die MDR Moving Die 


Rubber mdr no rotor vulkameter/moving die rheometer widely used in rubber processing industry, rubber quality control and basic research rubber, For optimize formula of rubber provide accurate data, It can accurately measure the scorch time, rheometer time, sulfide index, the maximum and minimum torque and other parameters.


The test instrument has the following characteristics:

a. High accuracy temperature control and wide range. (±0.1°C)

b. Clock programming function. (setting, modification time)

c. Advanced technology switching power supply, wide voltage range.

d. Imported integrated circuits and control components.

e. Meet the requirements of GB/T16584 (Test Rubber Vulcanization Characteristics with Rotorless Vulcanometer) and ISO6502.


Powerful microprocessors use high quality imported chips. On the one hand, computers and microprocessors can take signals from the torque sensor and record the signals on the graph. At the same time, the computer and the measurement control module interface exchange data and control the temperature of the mold cavity.


The rotorless vulcanometer was designed with a series of interlocking functions, including closing the plastic glass door. If the door is not closed, the mold cannot be closed. Only when the door is closed safely can the mold be closed. Only work can be done.


All in all, this type of vulcanizer is more stable, more accurate, cheaper, and more functional than other models. It is the best instrument for testing rubber properties.




The standard for the implementation of the vulcanization instrument is: ASTM D5289-95 ISO6502-1999(E) GB/T16584-1996

Temperature range: room temperature to 200 °C

Temperature measurement accuracy: 100 to 200°C, ≤±0.1°C

Temperature stability: 100 to 200°C, ≤±0.1°C

Setting range: 0 to 200°C; setting minimum unit: 0.1°C

Temperature display range: 0 to 200°C; display resolution: 0.1°C

Set the time range: 0 to 200 minutes; set the minimum unit: 1 minute

Automatic range switching: automatic increase according to actual torque

Power: 50HZ, ~220V±10%, 50±1Hz, must be well grounded

Compressed air: 0.32Mpa controlled by pneumatic control valve

Swing frequency: 100 times/minute (about 1.7HZ)

Ambient temperature: normal temperature -40°C, relative humidity less than 80%, no corrosive gas in the air

Quality: ≈250kg

Power: 2KW

Dimensions: 680×630×1100(mm)


Packaging & Shipping

Items will be shipped out around 5 days upon verification payment.

Items will be shipped out via:

  • air shippment

  • International Express: DHL/UPS/FEDEX/TNT .it will take around 5 to 7 days to get your door given considering everything goes well.

  • Sea shipping method.CIF term.If the machine needs to be shipped to Europe.there is rail shipping optional.to door service.please consult with us about the rail shipping cost.

  • Please contact us before your placing order.



Related Products

About Us

Guangdong Hongtuo Instrument Technology Co.,Ltd has been specializing in density testing field on developing, innovating and producing since the year it was establised.

Contact Us
   Contact:Julie Zhong
   Mobile/WhatsApp:+86 13267004347
  Address:No. 2-1, Xinya Road, The Third Industrial Park, Dalingya Village, Daojiao Town, DongGuan, GuangDong, CN
Copyright  2021 Guangdong Hongtuo Instrument Technology Co.,Ltd Technology by www.leadong.com