Question

Что будет,если толстую алюминиевую или медную проволоку править не киянкой,а молотком? ПО ТЕХНОЛОГИИ

Answer 1

Плохо будет.Криво может пойти.

Answer 2

Handling Thick Aluminum or Copper Wire with a Hammer

When it comes to handling thick aluminum or copper wire, using a hammer instead of a mandrel or swage block can lead to several potential issues:

1. Work Hardening: - When using a hammer to shape thick aluminum or copper wire, there is a risk of work hardening the metal. Work hardening occurs when the metal is repeatedly struck, causing it to become harder and less malleable. This can make further shaping or manipulation more difficult.

2. Surface Damage: - Hammering thick aluminum or copper wire can result in surface damage, such as dents, scratches, or deformations. This can compromise the integrity and aesthetics of the wire, especially if it is intended for a specific application where a smooth surface is essential.

3. Inconsistent Shaping: - Using a hammer for shaping may lead to inconsistent results, as it can be challenging to achieve precise and uniform shaping without the aid of specialized tools like mandrels or swage blocks. This can affect the overall quality and functionality of the wire in its intended application.

4. Safety Concerns: - Hammering thick metal wire without proper support or stabilization can pose safety risks, such as the wire slipping or recoiling unexpectedly, potentially causing injury to the person handling it. Additionally, metal shards or splinters may be produced during hammering, posing a safety hazard.

In conclusion, while it may be possible to shape thick aluminum or copper wire with a hammer, it is not the recommended or optimal method due to the potential for work hardening, surface damage, inconsistent shaping, and safety concerns. Using appropriate tools and techniques, such as mandrels or swage blocks, is advisable for achieving precise and high-quality results when working with thick metal wire.