Rigidity of Wires

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Rigidity of Wires Specification

Core Components
Wire Clamp, Weights, Rigidity Bar, Indicator Scale

Feature
Precise Measurement, Stable Base, Corrosion Resistant

Power Source
Not Required (Manual)

Frequency
Manual Operation

Capacity
Up to 30 N (Customizable)

Temperature Range
Ambient

Accuracy
0.01 mm

Automation Grade
Manual

Measurement Range
Up to 10 mm Deflection

Equipment Materials
Mild Steel Stand, Stainless Steel Wire, Brass Knobs

Type
Physical Testing Apparatus

Display Type
Dial Indicator with Vernier Scale

Dimension (L*W*H)
350 mm x 120 mm x 200 mm (approx)

Finish
Powder Coated

Clamp Material
Brass with Knurled Finish

Packing Type
Individual Box Packing

Wire Diameter Compatibility
0.5 mm to 2 mm

About Rigidity of Wires

Redeem unmatched accuracy with our Masterful Rigidity of Wires Apparatus, crafted to deliver Invincible precision and Unprecedented results in wire testing. Engineered for wire diameters between 0.5 mm and 2 mm, this apparatus boasts a stable mild steel stand, corrosion-resistant brass clamps with a knurled finish, and a powder-coated exterior. The customizable capacity (up to 30 N) and 0.01 mm accuracy enable precise Youngs modulus determination using Searles or similar methods. The dial indicator paired with a Vernier scale ensures reliable measurements. Order Today and benefit from robust design, individual box packing, and effortless manual operation.

Reliable Physical Testing for Educational and Industrial Use

The Rigidity of Wires Apparatus is designed for both laboratory and industrial environments. Its physical testing capability supports comprehensive determination of Youngs modulus and wire stiffness, making it an essential tool for academic, research, and quality assurance settings. With customizable force capacities, a stable powder-coated base, and corrosion-resistant brass knurled clamps, users can confidently handle a broad range of wire types within 0.5 mm to 2 mm diameter. Each unit is individually boxed for protection and ease of storage.

Global Delivery, Speedy Order Processing, and Market-Focused Solutions

We prioritize efficient Delivery for every order, shipping from our primary FOB port in India to international destinations. Our streamlined Order Processing system ensures that customers receive their Rigidity of Wires Apparatus promptly, maintaining high Market value in physical testing equipment across main export markets such as Asia, Africa, and Europe. Secure your superior apparatus today to experience rapid fulfillment and reliable after-sales support with every shipment.

FAQs of Rigidity of Wires:

Q: How can the Rigidity of Wires Apparatus be customized for different testing needs?

A: The apparatus offers customizable force capacity up to 30 N, allowing adjustments based on specific material testing requirements, ensuring versatility for both educational and industrial applications.

Q: What processes can this apparatus be used for in determining material properties?

A: It is designed primarily to determine Youngs modulus of wires using Searles or similar mechanisms, thanks to precise components like the dial indicator and vernier scale.

Q: Where is the main market of export for this apparatus?

A: The Rigidity of Wires Apparatus is chiefly exported to markets in Asia, Africa, and Europe, catering to laboratories, research institutions, and manufacturing units.

Q: When should one opt for a manual rather than an automated wire rigidity tester?

A: Manual testers like this apparatus are ideal when detailed, hands-on measurement is required, or in settings where power sources are unavailable or reliability is preferred over automation.

Q: What are the benefits of using powder-coated stainless steel and brass in the equipment?

A: Powder-coated finishes provide excellent corrosion resistance and durability, while brass knobs and clamps with knurled finishing ensure secure grip and long-lasting performance.

Q: How accurate are the measurements taken with this device?

A: Measurements are highly accurate, offering a precision of 0.01 mm and a deflection measurement range of up to 10 mm, suitable for exacting scientific assessments.

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