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Random Tumbled Pilling Tester 4 Heads

Name: Random Tumbled Pilling Tester 4 Heads
Brand: APPLE ELECTRONIKS
Price: 992600 INR
Availability: InStock

Price 992600 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Random Tumbled Pilling Tester 4 Heads Specification

Temperature
Standard laboratory temperature (20-30C)

Humidity
Standard ambient humidity (unless otherwise specified)

Test Range
Up to four samples simultaneously

Port Size
Standard specimen drum opening

Test Material
Wool, Cotton, Polyester, Blends

Number of Specimens
4

Gas Pressure
Standard atmospheric pressure

Specimen Size
105 mm diameter (typical)

Material
Mild Steel

Power Source
Electric

Dimension (L*W*H)
900 x 500 x 600 mm

Weight
Approx. 60 kg

Usage
Textile fabric pilling resistance testing

Application
Laboratory, Textile, Quality Control

Safety Features
Safety interlock and emergency stop

Display Type
Digital Timer

Drum Material
Non-corrosive transparent acrylic

Fitted with Electronic Counters
Yes

Noise Level
Low noise operation

Number of Drums
4

Timer Range
Up to 9999 minutes

Control Panel
User-friendly with preset controls

Random Tumbled Pilling Tester 4 Heads Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
5 Units Per Month

Delivery Time
10 Days

About Random Tumbled Pilling Tester 4 Heads

Automation Grade	Automatic
Brand	Apple Electroniks
Material	MS
Power	230v
Product Type	Testing instruments
Voltage	230v
Country of Origin	Made in India

Specifications

Size of Testing cylinder: Dia145mm
Rotation speed: 1200r/min

Optional Accessories:

Cork Liner: 1 Pack of 50
Cotton Sliver: 1 pack
Set of 5 Photographic Standards as per ASTM D3512

Model :

Random Tumble Pilling Tester-2 Stations,
Random Tumble Pilling Tester-4 Stations

Power 220 /110 V 50/60 Hz 3 A
Weight 60 Kg - 2 Stations 90kg- 4 stations
Dimensions 530x380x750 mm(LxWxH)

Efficient Multi-Sample Testing

With the ability to test up to four specimens at once, the Random Tumbled Pilling Tester increases laboratory throughput and productivity, ensuring efficient fabric assessment. The transparent acrylic drums allow operators to monitor the process clearly, helping maintain sample integrity and testing consistency.

Advanced User Controls and Safety

The tester is equipped with an intuitive control panel featuring preset controls and an electronic counter, streamlining operation for laboratory personnel. Safety interlocks and an easily accessible emergency stop function provide a secure and reliable working environment, even during extended test periods.

FAQ's of Random Tumbled Pilling Tester 4 Heads:

Q: How do you operate the Random Tumbled Pilling Tester for textile samples?

A: Place up to four fabric specimens into the individual acrylic drums, set the digital timer to the desired test duration (up to 9999 minutes), use the preset controls on the user-friendly panel, and initiate the test. The machine will automatically record counts and shut off when complete.

Q: What types of fabrics can be tested with this machine?

A: This tester accommodates a variety of materials, including wool, cotton, polyester, and fabric blends. It is suitable for any textile fabric requiring standardized pilling resistance evaluation in laboratories or quality control settings.

Q: When is it advisable to use the emergency stop feature?

A: The emergency stop should be used immediately if any unsafe condition or irregularity arises during operation, such as unintended drum movement, excessive noise, or sample malfunction. This ensures operator and equipment safety.

Q: Where is the Random Tumbled Pilling Tester typically used?

A: This machine is widely employed in textile laboratories, research facilities, and quality control departments, particularly by manufacturers, exporters, and suppliers looking to assess and ensure the durability of their fabric products.

Q: What is the process for preparing specimens for testing?

A: Cut fabric samples to a diameter of approximately 105 mm, ensuring they meet standard specimen size requirements. Place each specimen into the drum, close the opening, and secure the safety interlock before starting the assessment.

Q: How does low noise operation benefit a laboratory setting?

A: Low noise operation minimizes distractions and improves the working environment, allowing laboratory staff to perform multiple tasks and collaborative work without disruption during prolonged testing cycles.

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