65 cm #5 25,60" Aquaguard Nylon Water-Repellent Jacket Zipper Open End - Separated ZPW0065T10

Depending on your needs, you can choose from the cursor options that we have briefly introduced to you below.
Cursor Types;
Cursor With Hook: The customer can later add his own branded handpiece or the one he likes from our catalog via the hook.
Combi Slider : Cursor used in Two-Way (COMBI-SEPARE) zippers. It can also be used with one-way zippers.
Automatic Cursor: Cursor type with self-mounted handpiece

Nylon Coil Jacket Zippers are flexible and sturdy—the perfect choice for a range of projects including jackets, vests, parkas, and coats. Nylon Coil Jacket Zippers separate at the bottom for ease of use on outerwear, and the “coiled” style zipper teeth provide extra flexibility and horizontal strength. Choose from one-way, two-way, and reversible styles in a range of sizes of these separating (open end) zippers

#3 Nylon Coil Jacket Zippers are our most lightweight separating zippers, suitable for garments like children’s clothing, robes, or lightweight jackets and sportswear. Available in one-way and two-way open end styles.

#9 Molded Jacket Zippers are our heaviest jacket zipper, ideal for outdoor gear or particularly heavy material jackets. Heavy duty divider jacket zippers are available in a variety of lengths and colors. Choose from one-way, two-way and reversible styles. There is a 1 mm teeth size difference between #9 and #10.

One of the most important characteristics of a zipper is the material of the zipper teeth—whether Molded Plastic, Nylon Coil, or Metal, each material of zipper teeth has its own advantages and ideal uses. Molded Plastic materials is flexible and lightweight. Nylon Coil is very flexible and durable because of the “coiled” tooth design, allowing it to withstand more horizontal strain. Metal is very durable and eye-catching with many options (aluminum, antique brass, antique nickel, black oxide, brass, gunmetal, and nickel). Best for straight seams as they are not as flexible, and less suited to horizontal stress.