Creating a 58mm magnetic badge is a cost-effective way for Indian printing businesses to expand their product catalog. Unlike traditional pin badges, these items serve as functional fridge magnets, ensuring long-term brand visibility in households and offices. By using the 58mm Fridge Magnet Button Badge Raw Material | Pin Button Badge, manufacturers can produce high-quality souvenirs that stick to any metallic surface.

Before you start

To make a 58mm magnetic badge, you must assemble four primary components: the metal top shell, your printed design, a transparent mylar film, and the magnetic plastic backplate. The process involves a two-step compression using a button badge machine equipped with a 58mm die. First, the top shell, paper, and film are pressed together; second, this assembly is fused with the magnetic base. This method ensures the magnet is securely embedded and won't detach during daily use on a refrigerator or metal cupboard.

In the Indian market, these badges are frequently sold at tourist spots, corporate events, and as part of wedding stationary kits. The 58mm size is the industry standard because it provides enough surface area for readable text and detailed logos while remaining lightweight enough for the magnet to hold firmly. Using the 58mm Fridge Magnet Button Badge Raw Material | Pin Button Badge (₹Contact for price) ensures that the components fit perfectly in standard Indian badge-making machines, reducing wastage during production.

Beginners should start by understanding the components of the raw material kit. A standard kit includes the front metal plate, a circular plastic or metal back with an integrated magnet, and a clear plastic sheet (mylar). You will also need a circle cutter to ensure your printed designs are exactly 70mm in diameter (to allow for the wrap-around bleed) before they are pressed into the 58mm final shape. Beginners often make the mistake of cutting the paper too small; always follow the 70mm cutting guide for a 58mm finished badge.

The 58mm Fridge Magnet Button Badge Raw Material | Pin Button Badge is designed for ease of use. When placing the magnet back into the die, ensure the magnetic side is facing down so the machine can properly crimp the metal edges over the plastic backing. If you are just starting your printing business in India, focusing on the 58mm size is recommended because it is the most popular size for both pins and magnets, allowing you to use one machine for multiple product types.

Setup steps

Step 1: Design and Print

Design and Print: Create a circular design with a 58mm visual area and a 70mm total diameter for the bleed. Print this on standard 100-120 GSM paper for the best results.

Step 2: Cut the Graphic

Cut the Graphic: Use a 58mm circle cutter to punch out your designs. Precision is key here to ensure the design is centered on the badge.

Step 3: Load the First Die

Load the First Die: Place the metal top shell into the 'A' side of the badge machine die, followed by your printed graphic and the clear mylar film.

Step 4: First Press

First Press: Rotate the die under the press and pull the handle down firmly. This picks up the components into the upper part of the machine.

Step 5: Load the Second Die

Load the Second Die: Place the 58mm Fridge Magnet Button Badge Raw Material backplate into the 'B' side of the die with the magnet facing downwards.

Step 6: Final Press

Final Press: Rotate the 'B' side under the press and pull the handle down. This crimps the top assembly onto the magnetic back.

How to use the printer

The best way to use a 58mm magnetic badge is as a functional promotional item that stays in the customer's line of sight, such as on a kitchen fridge or a metal filing cabinet. Businesses in Secunderabad and across India use these magnets for 'Save the Date' reminders, emergency contact lists for local services, and brand awareness campaigns. Because the magnet is non-intrusive and does not pierce clothing like a pin, it has a higher retention rate among consumers who prefer not to damage their garments.

For educational institutions, these badges work well as rewards for students or as identification markers on metal lockers. When using the 58mm Fridge Magnet Button Badge Raw Material | Pin Button Badge, ensure your print quality is high-resolution, as the 58mm diameter allows for significant detail. Many Indian startups use these as affordable 'swag' items during tech conferences because they are easy to transport in bulk and have a perceived value higher than their production cost.

A 58mm magnetic badge works through a mechanical crimping process where a metal shell is folded over a plastic or metal backplate, sandwiching the printed artwork and a protective film in between. The magnetic element is typically a ferrite or rubber magnet glued or embedded into the backplate. This allows the badge to adhere to ferromagnetic surfaces like steel or iron without the need for adhesives or pins. The physical structure is identical to a pin badge, but the backplate is modified to hold a magnet instead of a safety pin.

The durability of the badge depends on the quality of the raw materials. Using the 58mm Fridge Magnet Button Badge Raw Material | Pin Button Badge ensures that the magnet has sufficient pull force to hold the weight of the badge plus a few sheets of paper on a fridge. This functionality makes it a popular choice for 'useful' marketing, where the brand stays on the fridge because the magnet is actually being used to hold up grocery lists or electricity bills.

Related products

The 58mm Fridge Magnet Button Badge Raw Material | Pin Button Badge (₹Contact for price) is ideal for bulk production because it includes all necessary components for creating durable fridge magnets. This product is compatible with standard 58mm badge presses used across India.

For those looking to offer variety, the same 58mm size can be used for pin-back badges, making this raw material size the most versatile for small business owners in the personalized gifting sector. The magnetic version specifically caters to the home decor and corporate utility markets.