Price 182680 आईएनआर/ Unit

मूल्य/उद्धरण प्राप्त करें

MOQ : 1 Unit

Specification

तापमान
Room Temperature

नमूना आकार
75 mm x 25 mm

नमी
Ambient

परीक्षण सामग्री
Rubber, Leather, Synthetic Materials

टेस्ट रेंज
Upto 100,000 flex cycles

नमूनों की संख्या
6

मटेरियल
Mild Steel

पावर सोर्स
Electric

आयाम (एल* डब्ल्यू* एच)
550 mm x 370 mm x 400 mm (approximately)

वज़न
60 kg (approx.)

उपयोग
Laboratory

एप्लीकेशन
Laboratory

Clamping Jaw Material
Precision Ground Steel

Stroke Length
57 ± 1 mm

Finish
Powder Coated Paint

Speed
300 ± 10 cycles/min

Operation
Continuous Automatic

Drive System
Electric Motor with Eccentric Mechanism

Noise Level
Low

Display Type
Mechanical Counter

Trade Information

Minimum Order Quantity
1 Unit

आपूर्ति की क्षमता
प्रति महीने

डिलीवरी का समय
दिन

About

Frequency	50Hz
Voltage	220V
Material	SS
Display Type	Analog
Brand	Apple Electroniks
Country of Origin	Made in India

Specifications:

Specimens : 6 Samples or (Customize for 1-2 Samples or any no. of samples)
Grips Distance : 19 - 75mm, 57 - 75mm (adjustable)
Test frequency : 5 cycles/s (300cpm)
Counter : 1 - 99999

Standards

ISO 7854, BS 3424-9, ISO 132, JIS-K6260, ASTM D813, ASTM D430, DIN EN ISO 20471

Power/Air : 220 V 50 Hz
Weight : 70 Kg
Dimensions : 550 x 450 x 700mm (L x W x H)

Reliable Flex Testing for Multiple Materials

Engineered for rigorous laboratory use, the Demattia Flex Tester evaluates the durability of rubber, leather, and synthetic samples. Its advanced drive system and automatic operation enable high-throughput, consistent results. The system accommodates standard specimen sizes, providing critical data for product development and quality assurance.

Precision Engineering for Accurate Results

Equipped with precision ground steel clamping jaws and a mechanically counted display, this tester ensures meticulous measurements. The powder coated steel construction guarantees long-term use while minimizing maintenance, benefiting laboratories looking for both reliability and precision.

FAQ's of Demattia Flex Tester:

Q: How does the Demattia Flex Tester operate during material testing?

A: The tester uses an electric motor with an eccentric mechanism to repeatedly flex specimens at a rate of 300 10 cycles per minute. It securely holds up to six specimens in precision steel jaws and keeps count of flex cycles mechanically, allowing for continuous, automatic testing up to 100,000 cycles.

Q: What materials can be evaluated using this flex tester?

A: It is designed for laboratory testing of rubber, leather, and various synthetic materials, making it ideal for quality control or research and development in industries utilizing flexible materials.

Q: When should the Demattia Flex Tester be used in material development or quality control?

A: The tester is best employed during product development, material selection, or routine quality assurance to assess how materials withstand repeated flexing under ambient laboratory conditions.

Q: Where can the Demattia Flex Tester be installed, and what are its space requirements?

A: With approximate dimensions of 550 mm x 370 mm x 400 mm, the tester is compact and suitable for laboratory benchtops or dedicated testing areas, requiring a nearby electric source for operation.

Q: What is the typical process for running a test using this machine?

A: Specimens are cut to the specified size (75 mm x 25 mm), mounted into the clamping jaws, and the device is switched on to begin automated flexing. The mechanical counter tracks cycles until the desired threshold is achieved or until specimen failure is observed.

Q: How is the test beneficial for manufacturers and researchers?

A: By simulating real-world flexing conditions, the tester provides insights into material endurance and helps manufacturers select or develop materials with optimal fatigue resistance, reducing product failure rates.

Q: Can the device handle variations in temperature and humidity during operation?

A: The Demattia Flex Tester is designed for operation at room temperature and ambient humidity, aligning with standard laboratory environments for consistent and reliable results.

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