Yuken Foam Vulcanizer

Foam vulcanizing apparatusStandard features:
A. Curve:
a. Foaming curve
b. Sulfurization curve (S')
c. Viscosity curve (S')
d. Comprehensive curve of viscoelastic torque value (S *)
e. Viscoelastic ratio curve (Tan δ)
f. Dynamic Loss Angle Curve
g. Foaming rate curve
h. Vulcanization rate curve
i. Temperature curve of upper and lower mold cavities
Number: UC - B. Data:
Sulfurization:
a. Effective burning time at any point (Ts1, Ts2, Ts3,...)
b. Effective vulcanization time at any point (Tc50, Tc60, Tc90,...)
c. Zui low torque value (ML)
d. Highest torque value (MH)
e. The vulcanization rate value at any point
f. Loss Angle value at any point
g. Tangent ratio of any point (Tan δ)
h. Dynamically display the reading of any curve at any coordinate at any time (limited to curve A a~h.)
Foaming:
a. The foaming pressure value and corresponding foaming time at any foaming completion point.
b. The corresponding time between any foaming point and vulcanization point and their corresponding foaming.
Pressure value or sulfurization torque value.

c. The lowest and highest foaming pressure values.

d. The maximum foaming rate point corresponds to the foaming time and foaming pressure value.

Foam vulcanizing apparatusSelect additional features: (If you need to place an order, the price will be charged separately)

A. Statistical Process Control Software (SPC software for short) stores ML, MH, TS, TC, CRI, PL, PH, PS, PC, T @ PS, T @ PC, MPR, test date, vulcanization curve, vulcanization rate curve, foaming curve, foaming rate curve, etc. b. Statistical analysis of ML, MH, TS, TC, CRI, PL, PH, PS, PC, T @ PS, T @ PC, MPR, etc. Provide individual value and mobile full range control chart (X-Rm), average value control chart (X-R), histogram chart, and normal distribution chart.

B. Variation of Mixing Homogeneity and Percentage of Variation (%) (VCH software): a. Display the uneven mixing of the rubber material using dynamic graphics and percentage (%). b. Display the changes in viscosity and elasticity of the rubber material during the vulcanization process using dynamic graphics and drag index. c. Display whether the motor speed and torque transmission mechanism of the instrument are normal.

C. Intelligent experimental design and formulation design (UCAD software for short) a. When a single or multiple drug changes occur in the formulation, this software can analyze the changes in the impact between the new formulation drug and its physical properties after the changes, making formulation optimization easy. b. The mathematical model of this software can rationalize the distribution of experimental points in the experimental space to reduce the number of experiments, while still obtaining sufficient effective data. c. This software can obtain * combinations, i.e. * formulas, between product property requirements, cost, and manufacturing technology feasibility through various equations.

D. The comparison and application function between the vulcanizing instrument and the actual sulfurization on site (referred to as RARO software): a. The sulfurization time and test temperature measured by the vulcanizing instrument are added to the on-site sulfurization temperature, product thickness, specific gravity, type of machinery used in production, and other data. Through this software, the sulfurization time that needs to be consumed on the production site is calculated. b. It is possible to estimate the percentage (%) of surface and center point vulcanization of the product at different vulcanization times.