Footwear Testing Equipment

1. The test results are selected and deleted to facilitate the deletion of any test result;
2. There is a test time display during the test, which is convenient for test time adjustment;
3, the panel is made of special aluminum material, metal keys, operation sensitive, not easy to damage;
4. The core control components adopt 32-bit multifunctional motherboard of IFT Company;
5. The instrument has Chinese and English interfaces to facilitate foreign customers' investigation;
6. The surface of the instrument is treated by electrostatic spraying process.

1. The equipment consists of a control box, a test stand and a crucible.
2. The test stand is equipped with an automatic flipping device, and the flipping speed and angle are controlled by a motor.
3. The specimen installation angle is adjustable.
4. Equipped with an adjustment device and a ruler, you can easily and accurately adjust the pouring height.
5. Equipped with a clamp to facilitate grabbing, moving and installing the crucible.
6. The bottom of the test stand is equipped with a splash metal collection device.
7. PLC touch screen operation control.
8. Different standards have different configurations, so the actual configuration shall prevail.

1. The radiation heat source consists of 6 groups of silicon carbon heating tubes.
2. The main components include radiation heat source, sample holder and mounting plate, sample clamping plate, copper calorimeter, calorimeter mounting module, recorder, etc.
3. The intensity of the radiant heat source can be adjusted automatically.
4.  The  software  automatically  records  relevant  test  data  and  automatically  calculates  the radiant heat transfer index ( RHTI )

UTS International Co., LTD
2/F, #043 Cangxi, Nanjing County, Zhangzhou City of Fujian PR, 363601, China. Tel: +86 596 7686 689    Email: hello@utstesters.com
Website: www.utstesters.com

5. Automatically open and close the protective grid to control the heat received and shielded by the experiment.
6. The thermal radiation flux display meter displays the heat flux value in real time.
7. Special testing software to automatically conduct relevant experiments and data processing and analysis.
8. Water cooling ensures safe operation of the equipment.
9. Equipped with a weight device, which can be used to apply a standard gravity of 2N to the sample .
10. Different standards have different configurations, so the actual configuration shall prevail.

The rotorless vulcanizer is an instrument that is used in the rubber processing industry to control the quality of rubber materials, conduct inspections and basic research on rubber. It provides data reference for rubber formula combinations and can test parameters such as scorch time, positive vulcanization time, vulcanization index and torque.

Multiple groups of cylinders are used in conjunction with weights to apply force, so that the force applied to the sample during operation is close to the movement process of the human body.

1. The panel is made of imported special aluminum, with beautiful appearance and easy cleaning;
2. It adopts precision guide rails, with long service life, low noise and small vibration;
3.  The  surface  of  the  instrument  is  treated  with  electrostatic  spraying  technology,  which  is beautiful and easy to clean;
4. The special aluminum panel has clear writing and is not easy to wear. The imported metal buttons are sensitive and not easy to damage;
5. The instrument adopts a vertical structure design, which is stable, runs smoothly and has low noise;
6. The instrument is equipped with a precision level detection device;
7. It adopts high-precision, fast-response quartz force sensor;
8. Color touch screen display control, menu-based operation mode, convenient and simple;
9. Standard modular design, convenient for instrument maintenance and upgrade.

A conical indentor is brought into contact with a test specimen cut from a rubber sole. A known force is then applied to the indentor and the depth of indentation after a specified period is recorded. A series of readings at specified locations is taken and a graph of indentation depth against distance from the bonding surface is plotted and extrapolated to the inner and outer surfaces of the sole. An undercure index for the inner surface of the sole is then calculated together with the thickness of rubber not cured satisfactorily.

This is a preferred SATRA test and unlike many other methods it attempts to simulate the environment within a shoe, that is 100% relative humidity at foot temperature. As well as measuring the amount of moisture transmitted through the material, the quantity of moisture absorbed by the upper can also be determined. This is important because although some materials may be impermeable, the ability to absorb moisture means that the foot will feel dry to the wearer. The moisture can desorb from the material by evaporation once the shoe is off the foot, for example, overnight.

This pneumatic slicer is mainly used for cutting standard rubber test pieces. It should cooperate with the standard cutting die to connect the air source above 4KG.

1. The machine has two clamps, which can be used to make two samples at the same time.
2. The machine has automatic stop function. When the set number of times arrives, the machine will stop automatically.
3. The machine has the function of manual adjustment and reset.
4. The machine is equipped with a protective cover to prevent the test piece from flying out at high speed and harming the operator.

The H092 can be used to help identify suitable materials for use in the construction of footwear and also used in conjunction with other UTSTESTER test machines to produce ageing prior to other tests being undertaken.

Automatically detect, grip and break a test specimen between the clamping platens. Adopt digital display pressure, instrument will automatically remain maximum burst strength value when sample break. After a test is completed, the test result is shown on the digital display.