Price 142680 आईएनआर/ Unit

मूल्य/उद्धरण प्राप्त करें

MOQ : 1 Unit

Specification

नमूना आकार
50 x 140 mm

नमूनों की संख्या
One at a time

परीक्षण सामग्री
Textile Fabrics

नमी
Ambient

तापमान
Ambient

टेस्ट रेंज
Color fastness testing of textiles to rubbing

मटेरियल
Stainless Steel

पावर

पावर सोर्स
Electric

आयाम (एल* डब्ल्यू* एच)
225 x 155 x 155 mm

वज़न
Approx. 6 kg

उपयोग
Industrial

एप्लीकेशन
Industrial

Crocking Cloth Size
50 x 50 mm

Rubbing Finger Diameter
16 mm

Rotating Angle
Approx. 104° per cycle

Rubbing Path Length
104 mm

Counter
Mechanical (Preset)

Grip Pressure
9N (approx.)

Finish
Powder coated / Chrome plated parts

Standards
Conforms to ISO 105 X12, AATCC 8 & other international standards

Accessories
Crocking cloth, weight, template, abrasive paper

Trade Information

Minimum Order Quantity
1 Unit

आपूर्ति की क्षमता
प्रति महीने

डिलीवरी का समय
दिन

About

Country of Origin	Made in India
Material	ss
Finish Type	polished
Display Type	Digital
Color	silver

Specification

Rubbing head: Dia.16mm
Vertical pressure: 1134g
Rotation: 1.125turns

Included Accessories:

AATCC rubbing clothing 1 box
Sand paper 2 (pcs)
Rings 2 (Pcs)
Weight 11 Kg
Dimensions 250x150x250 mm(LxWxH)

Efficient and Accurate Color Fastness Assessment

Easily evaluate the resistance of textile colors to rubbing actions with this robust rotary crock meter. Engineered for repeatable and reliable results, it ensures textiles meet the demanding quality benchmarks set by international standards, supporting efficient quality control for manufacturers and exporters.

Test Versatility and International Standards Compliance

This instrument is compatible with ISO 105 X12 and AATCC 8, ensuring test methods align with global expectations. Its wide range of accessories, including crocking cloth and abrasive paper, makes it suitable for varied fabric types and universal application in textile laboratories.

FAQ's of Rotary Crock Meter:

Q: How is the Rotary Crock Meter used to test color fastness in textile fabrics?

A: The Rotary Crock Meter is used by securely clamping a textile specimen and subjecting it to a controlled rubbing action with a standard crocking cloth under specified pressure and path length. This simulates real-world rubbing scenarios to assess the transfer and durability of color on the fabric.

Q: What materials and standards does this rotary crock meter conform to?

A: This meter is constructed from durable stainless steel and complies with ISO 105 X12, AATCC 8, and other international standards. It is primarily designed for testing the color fastness of all types of textile fabrics in industrial settings.

Q: When should a textile manufacturer use the rotary crock meter?

A: A textile manufacturer should use the rotary crock meter during quality assurance processes, before shipping products, or whenever verifying that colored textiles meet customer and regulatory expectations for color durability after rubbing.

Q: Where is the rotary crock meter most commonly deployed?

A: It is most frequently found in quality control laboratories, research and development centers, and production floors of textile manufacturers, exporters, and suppliers, particularly those requiring compliance with international standards.

Q: What is the testing process on this rotary crock meter?

A: The process involves placing a 50 x 140 mm specimen on the instrument bed, covering it with crocking cloth, applying approximately 9N grip pressure, and rotating the finger across a 104 mm path. The mechanical counter tracks cycles, ensuring test repeatability.

Q: What are the key benefits of using this rotary crock meter in industrial applications?

A: Key benefits include precise, repeatable color fastness measurements, compliance with major standards, robust construction for long-term use, and flexibility with both manual and electric operation. These attributes ensure efficient and reliable textile quality assessments.

Q: How does ambient temperature and humidity affect the performance of this instrument?

A: The meter is designed to operate effectively under standard ambient temperature and humidity conditions, which ensures consistent test results without the need for climate-controlled environments.

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