Frequently Asked Questions
The uni-ball Jetstream RT Ballpoint Pens come in a pack of three. Each pen has a bold point size of one millimeter.
The body of the uni-ball Jetstream RT Ballpoint Pens is made of plastic. They also feature stainless steel accents for durability and style.
Each uni-ball Jetstream RT Ballpoint Pen measures zero point fifty-nine inches in length, making them easy to handle.
To use the uni-ball Jetstream RT Ballpoint Pens, simply retract the pen tip by pressing the top button. Write smoothly on paper for clear lines.
Yes, these pens are ideal for left-handed writers due to their quick-drying ink, which minimizes smudging.
Yes, the uni-ball Jetstream RT Ballpoint Pens are perfect for professional writing, providing crisp and vivid lines for formal documents.
To care for your uni-ball Jetstream RT Ballpoint Pens, store them upright with the pen tip retracted. Avoid exposing them to extreme temperatures.
Yes, the uni Super Ink used in these pens is water-resistant, helping to protect your writing from spills and moisture.
The ink in the uni-ball Jetstream RT Ballpoint Pens lasts a significant amount of time, providing consistent writing until the ink runs out.
Yes, these pens can be used by children, but adult supervision is recommended due to the retractable design.
If your pen stops working, first check if it needs to be clicked to extend the ink. If the ink is out, replace it with a new pen.
Yes, you can return the uni-ball Jetstream RT Ballpoint Pens within the store's return policy period if you are not satisfied.
Yes, while this pack includes three black pens, uni-ball Jetstream offers various colors for individual pens, which can be purchased separately.
No, the uni-ball Jetstream RT Ballpoint Pens are not refillable. Once the ink is used, you will need to purchase a new pen.
The unique hybrid ink of the uni-ball Jetstream RT provides the smoothness of gel ink and the quick-drying properties of ballpoint ink.
Yes, the uni-ball Jetstream RT Ballpoint Pens can be used on glossy paper, but results may vary based on the surface texture.














