-

 

The End of an Era: Reflex White Paper Disappears from Australian Shelves

Many Australians might be wondering why they can no longer find Reflex white office paper. The answer lies in a series of unfortunate events that ultimately led to the discontinuation of its production at the Maryvale Mill in Victoria.

A Shortage of Wood, a Change in Policy:

In late 2022, the mill faced a critical challenge: a shortage of certified timber. This shortage stemmed from a Supreme Court of Victoria decision aimed at protecting two endangered possum species, effectively halting certified timber harvesting by VicForests.

A Difficult Decision:

Without the necessary resources, Opal Australian Paper, the Japanese company owning the Maryvale Mill, made the difficult decision to cease white paper production in January 2023. The mill itself continues to operate, focusing on brown packaging and cardboard manufacturing.

Finding Alternatives:

While we cannot currently recommend a suitable replacement for Reflex paper's reliability, we suggest maintaining your printer and remaining patient while new options emerge in the market.

Tips for Optimal Printer Performance:

To avoid common paper issues, ensure your printer and computer settings are configured for the paper size and type you're using. For example, standard Reflex paper would have been set to "A4" paper size and "Plain" paper type. Additionally, when opening a new ream, store the unused paper in its original wrapper, ideally resealing it to prevent moisture exposure and potential paper curl.

We hope this information clarifies the situation surrounding Reflex white paper and provides helpful tips for maintaining your printer's performance.

Comments

Post a Comment

Popular posts from this blog

The Science Behind the Familiar: How Photocopiers Work

-
Image
  The Science Behind the Familiar: How Photocopiers Work In today's digital world, where documents are often stored and shared electronically, the humble photocopier might seem like a relic of the past. However, photocopiers remain an essential tool in many offices and homes, providing a quick and convenient way to produce physical copies of documents. But how does a photocopier work? This seemingly simple machine relies on a complex interplay of light, electronics, and toner to produce copies of documents. Let's delve into the science behind the familiar and explore how photocopiers transform blank sheets of paper into replicas of original documents. The Photoconductive Drum: At the Heart of the Copying Process At the heart of a photocopier lies the photoconductive drum, a cylindrical surface coated with a light-sensitive material. This material, often a mixture of selenium or germanium, possesses the remarkable property of changing its electrical conductivity when exposed to ...
Read more

From Plastic Slabs to Fine Powder: The Manufacturing Process of Toner

-
Image
Toner, the fine powder used in laser printers, is a crucial component that enables the creation of crisp, high-quality images and text on paper. The manufacturing process of toner is a complex one, involving several stages that transform raw materials into the finely ground particles that we rely on for our printing needs. Raw Materials and Initial Processing The primary ingredients of toner are finely ground plastic, typically a type of polymer, and a variety of other additives that serve specific purposes. Silica is added to prevent the toner particles from clumping together and ensure smooth flow within the printer cartridge. Charge control agents, such as iron oxide, chromium, or zinc, are incorporated to maintain the electrical charge of the toner particles, enabling them to be attracted to the charged areas on the printing drum. Creating Toner Particles toner particle under a microscope There are two main methods for creating toner particles: mechanical grinding and polymerizatio...
Read more