Can test data be exported and how is the software set up?

Test data can be exported for research work and trend analysis. A commercial desktop computer and a printer are supplied with the machine, and the test software records curves, calculates parameters and provides statistical analysis.

What are the lead time, packing and power requirements?

Lead time is confirmed per order. The machine and its cabinet ship in export-standard wooden cases by FCL or LCL sea freight, and a 250V/10A power cord is supplied. Export uses HS Code 9024.80.0000, with Form E (ASEAN) and Form F (Chile) origin certificates arranged on request, and DDP door-to-door terms are supported.

±0.3°C Accuracy 10 N. M Torque Rubber Rotorless Rheometer

Name: ±0.3°C Accuracy 10 N. M Torque Rubber Rotorless Rheometer
Brand: Suzhou Qiantong Instrument Equipment Co., Ltd.
SKU: 2196719832

Jiangsu, ChinaSuzhou Qiantong Instrument Equipment Co., Ltd.

US$9,704.00

1 Piece

Product profile

Customization

Available

After-sales Service

Lifetime Service

Warranty

1 Year

Model NO.

QT-MDR-2000E

Max Diameter of Workpiece

Mass Scope of Workpiece

Maxcapacity

10 N.M

Accuracy Grade

±0.3%

Load Way

Electronic Load

Control

Computer Control

Weight

100-500Kg

Power Source

AC220V

Oil Cylinder Position

Torque Range

0-10 N.M

Torque Resolution

0.001 N.M

Oscillation Frequency

1.7 Hz (100 R/Min)

Temperature Range

Room Temperature to 230°C

Temperature Display Resolution

0.1°C

Temperature Control Accuracy

±0.3°C

Temperature Recovery Time

About 45 Seconds

Heating Time (Rt to 185°C)

About 8 Minutes

Test Standards

GB/T 9869.3-2025; ASTM D5289-2019A; ISO 6502:1991

Certification

Transport Package

Export Packing (Details to Be Confirmed)

Specification

570*524*1203mm

Trademark

SUZHOU QIANTONG

Origin

Jiangsu, China

HS Code

90275040

Production Capacity

2000 Set/Year

Key features

A temperature accuracy within 0.3 up to 230 keeps high-temperature cure tests inside a narrow band.

The torque measuring range of 0 to 10 N.m with a resolution of 0.001 N.m covers both soft compounds and highly filled rubber.

A torque accuracy of 0.3% means a difference between two batches can be attributed to the material rather than to the instrument.

The upper-mounted torque sensor reduces external interference, which appears as a smoother curve and better repeatability.

Test parameters and results are stored by the software, so current work can be compared with earlier campaigns.

Company profile

Suzhou Qiantong Instrument Equipment Co., Ltd.

Jiangsu, China

CertifiedBusiness Type: Manufacturer/Factory & Trading Company CertifiedR&D Capacity: ODM Service Available & OEM Service AvailableExport Year: 2015-12-10 CertifiedNearest Port: Shanghai PortAverage Response Time: ≤3.34h CertifiedTerms of Payment: LC, T/T

AI-Powered supplier vetting

SummarySuzhou Qiantong Instrument Equipment Co., Ltd. is a China-based limited company established in 2014, operating in testing instruments and manufacturing machinery. The supplier reports ISO9001:2015 certification, 10 years of total R&D engineer experience, 7 production lines, and annual output of 1,000 universal material testing machines. Its product range includes universal, hydraulic, PV-solar, impact, melt-flow, and other testing machines. Export sales represent 21%–30% of total sales, and exporting began in 2015. The available data supports established manufacturing and product-development capabilities, but does not sufficiently verify after-sales service, customization, financial credibility, or customer cases. Trade records show limited recorded transactions in 2025, with destinations including Vietnam and Uzbekistan.

Supplier typeThe supplier is identified as Suzhou Qiantong Instrument Equipment Co., Ltd., a Chinese limited company engaged in manufacturing and selling testing machines and laboratory equipment. Its stated business activities cover instruments, meters, and manufacturing and processing machinery, indicating a manufacturer and seller rather than only a trading intermediary.

CertificationsThe supplier reports holding an ISO9001:2015 certificate. This is explicit evidence of a certified quality-management system, although the provided slices do not include the certificate number, issuing body, scope, or validity period.

R&D capabilityThe supplier reports 10 years of total R&D engineer experience and states that it emphasizes technology, pioneering, and innovation. Its portfolio includes multiple specialized testing-machine categories, but no patent, product-development record, laboratory, or verified innovation outcome is provided.

Production capacityThe supplier reports 7 production lines, a 1,200.0 m² manufacturing plant, 39 employees, and annual output of 1,000 universal material testing machines. These figures provide explicit evidence of operating manufacturing capacity, although the relationship between the reported employee count and quality-control staffing range is not clarified.

Product Q&A

Q:What test standards and die structure are used?

The instrument is designed for GB/T 9869.3-2025, ASTM D5289-2019a and ISO 6502:1991 testing. The die cavity is fully sealed with anti-slip grooves and uses a rotorless design. Product certification: CE.

Q:What are the temperature range and accuracy?

Cavity temperature is controlled from room temperature to 230 with a display resolution of 0.1 and an accuracy within 0.3. Heating to 185 takes about 8 minutes, and the set temperature is recovered in about 45 seconds after charging, using Variable Structure Predictive Control and a modular control structure.

Q:What are the torque range and accuracy?

Torque is measured over 0 to 10 N.m with a display resolution of 0.001 N.m and an accuracy of 0.3%. The torque sensor is mounted above the cavity, a layout that reduces interference, keeps the curve smooth and improves repeatability.

Q:What are the oscillation frequency and amplitude?

The oscillating frequency is 1.7 Hz (100 r/min) and the oscillating amplitude is +-0.5, matching the shear motion defined by the test method.

Q:Which curves and data are printed?

The vulcanisation curve and the upper and lower die temperature curves are printed together. Printed data include ML, MH, T10, T30, T50, T70, T90, TS1, TS2, VC1 and VC2 along with factory name, compound number and date, and statistical analysis functions are provided.