Personalized Cat Those We Love Do Not Go Away They Walk Beside Us Everyday Acrylic Keychain

Personalized Cat Those We Love Don't Go Away They Walk Beside Us Everyday Wooden Keychain, Custom Cat Memorial, Cat Sympathy Gifts, Cat Keychian

This personalized Acrylic keychain design serves as a heartfelt tribute to our beloved feline companions. It features a charming illustration of a cat along with the heartfelt phrase, "Those we love don't go away, they walk beside us everyday". This keychain serves as a custom memorial for cats who have crossed the rainbow bridge, making it a thoughtful gift for any individual grieving the loss of their furry friend. The design is a beautiful reminder that our cats continue be with us, even in spirit. Crafted with care, this cat keychain also serves as a symbolic keepsake, allowing cat lovers to carry a little piece of their beloved pet with them wherever they go.

  • Personalization: Customized the front image with cat's breed and cat's name. The quote side will be fixed on our design. Pick your options to see the preview

PRODUCT DETAILS:

This keychain includes the hook. Personalize the keychain in any shape and with any pictures on it

  Material:

  • Made of acrylic plexiglass, environmentally friendly, pollution-free, and odorless. Professional printing technology, clear pictures, no color difference, no color fading.
  • Our products are professionally printed with UV technology on premium quality acrylic and are absolutely clear.
  • The printed design is clear to ensure no color is faded.
  • Each one comes with an attached Metal Split Keychain Ring

  Size: 

  • 2x2 inch/ 5.08x5.08 cm (original dimension before the shape is customized, please allow up to 1’ difference in height or width)

  Thickness:

  • 0.12 inch/ 3 mm

  Care Instructions:

  • Do not drop or knock against hard surfaces.
  • Avoid submerging or soaking in water.
NOTE: Actual color may be slightly different from the image due to different monitor and light effects.
Please allow 0.5-2 cm differences due to manual measurement.