Astro Hard Cover Recycled Leather Notebook

SKU:LL5095

$6.80excl GST(Unbranded)

Qty:

Astro Hard Cover Recycled Leather Notebook

Designed for meetings, onboarding, study, planning and everyday business use, the Astro Hard Cover Recycled Leather Notebook is a versatile office and stationery item.

Helps support organised work, study or note-taking activities. It is a flexible choice for organisations looking to combine usefulness with consistent brand presentation.

Monty's Promotions supplies promotional products, branded merchandise and custom apparel throughout New Zealand. Suitable branding options can be recommended based on your logo, the product and your order quantity.

Key Features

Product code: LL5095.
Helps support organised work, study or note-taking activities.
Leather is identified in the product name.
Recycled content or positioning is identified in the product name.
Suitable for inclusion in a customised promotional merchandise programme.
Available through Monty's Promotions with New Zealand-wide supply.

Suitable For

The Astro Hard Cover Recycled Leather Notebook is suitable for offices, schools, training programmes, conferences, staff packs, client gifts, workshops and corporate stationery ranges. Monty's can recommend an appropriate branding approach after reviewing your logo, artwork and quantity requirements.

Introducing the Astro Hard Cover Recycled Leather Notebook, an eco-conscious and stylish choice for your note-taking needs. This A5 hardcover notebook is crafted from recycled leather over cardboard, featuring a black ribbon page marker, black elastic retaining strap, and black elastic pen loop. It includes 80 lined leaves (160 pages, 70gsm) with a date provision, made from recycled paper. Perfect for those who value sustainability without compromising on style. Manufacturing Process for Recycled Leather: Recycled leather is made from genuine leather scraps that would otherwise end up in landfills. These scraps are shredded into fine fibres, which are then bonded to a micro-textile core using high-pressure jets.