Panasonic

Panasonic XYN5+F18FN Screw for Stand Pole

1.0"0.02 lb

Genuine Panasonic Screw for Stand Pole StabilityEnsure the stability of your Panasonic stand with this authorized aftermarket screw. Designed to fit various Panasonic models, it guarantees a secure and reliable connection for your equipment. Brand: Panasonic Model: XYN5+F18FN Part Type: Screw...

View price on Amazon
Affiliate Disclosure: As an Amazon Associate, Studio Supplies earns from qualifying purchases made through links on this page, at no additional cost to you. This helps support our editorial team.

Notice a mistake? Let Us Know

Overview

Genuine Panasonic Screw for Stand Pole Stability

Ensure the stability of your Panasonic stand with this authorized aftermarket screw. Designed to fit various Panasonic models, it guarantees a secure and reliable connection for your equipment.

  • Brand: Panasonic
  • Model: XYN5+F18FN
  • Part Type: Screw
  • Compatibility: Stand Pole
  • OEM Part Number: XYN5+F18FN

Key Features

Item Weight: 0.02 lb

Country of Origin: United States

Brand name: Panasonic

Item Dimensions: 1.0"L x 1.0"W x 1.0"H

Specifications

Item Weight
0.02 lb
Country of Origin
United States
Brand
Panasonic
Item Dimensions
1.0"L x 1.0"W x 1.0"H
Part Type
Screw
Application
Stand Pole

Frequently Asked Questions

This product is a specific screw designed for a Panasonic Stand Pole, ensuring proper fit and function for that component.
The item dimensions are listed as 1.0"L x 1.0"W x 1.0"H, indicating a compact size.
The screw is very lightweight, with an item weight of 0.02 lb.
The country of origin for this Panasonic screw is the United States.
No, it is specifically identified as a "Screw for Stand Pole" from Panasonic, suggesting it's intended for a particular Panasonic model.
The product description does not specify if assembly instructions are included with this individual screw.
While it is a screw, its specific designation as a "Screw for Stand Pole" implies it is best suited for its intended Panasonic product application due to potential unique threading or sizing.