Quick Answer

• Manual binding riveting tubes supplied in a lot of 100 pieces.
• Each tube measures 5.8x500mm and is made from Nylon PA.
• Ideal for retail packing and document binding.

What are Deli Binding Riveting Tubes?

Deli binding riveting tubes are manual fasteners designed for securing documents and packaging. These tubes are supplied in a convenient lot of 100 pieces, ensuring you have ample supply for your needs.

Each tube has a model number of 3844 and measures 5.8mm in diameter by 500mm in length, providing substantial binding capacity.

Constructed from durable Nylon PA material, these tubes offer a reliable and manual solution for binding various items, perfect for retail packing and office use.

Key Specifications and Use Cases

What are the primary specifications of these binding tubes?

The key specification is their manual power type, allowing for easy and controlled application without the need for machinery. The model number is 3844, and they are specifically designed as binding riveting tubes.

These tubes are highly versatile for applications such as retail packing, document organization, and creating bound presentations. Their robust Nylon PA construction ensures longevity and effective binding.

Specifications:

• Type: Binding riveting tube
• Power: Manual
• Model Number: 3844
• Brand Name: Deli

Frequently Asked Questions:

What is the material of the Deli binding riveting tubes?

The Deli binding riveting tubes are made from durable Nylon PA material. This ensures they are robust for various binding applications.

What are the dimensions of each riveting tube?

Each binding riveting tube measures 5.8mm in diameter and 500mm in length. This size is suitable for a range of binding tasks.

How many tubes are included in one lot?

Each lot contains 100 pieces of binding riveting tubes. This quantity is ideal for retail packing and frequent use.

Is any special equipment needed to use these tubes?

No, these are manual binding riveting tubes. They are designed for easy, tool-free application in most scenarios.