Think Tank Photo releases secure photography memory card holders

GaryPageau

Keeping track of their memory cards just got a whole easier for photographers with Think Tank Photo’s Secure Pixel Pocket Rockets

SANTA ROSA, CALIF. (PRWEB) JANUARY 23, 2019 — Keeping track of their memory cards just got a whole easier for photographers with Think Tank Photo’s Secure Pixel Pocket Rockets. They are designed with zippered pockets for maximum security in holding multiple card sizes, such as six CF memory cards, or six XQD memory cards, or 12 SD memory cards, or multiple Micro SD memory cards.

Think Tank Photo’s Secure Pixel Pocket Rockets are designed with zippered pockets for maximum security in holding multiple card sizes.

In addition to the zippered closure, the Secure Pixel Pocket Rockets can be mounted on belts, or attached to clothing or bag with the removable lanyard. They feature a clear identification window.

Think Tank also announced that its existing memory card holders, the Pixel Pocket Rocket, Pee Wee Pixel Pocket Rocket, and the SD Pocket Rocket, are now available in black. The additional color presents an optional organizational strategy: keep empty cards in one color and used in another. They all have been updated to account for modern media sizes.

TECHNICAL SPECIFICATIONS 

  • Folded: 5.2” W x 2.8” H x 0.8” D (13.3 x 7 x 2 cm)
  • Weight (with lanyard): 0.2 lbs. (0.1 kg)

MATERIALS
Exterior: All fabric exterior treated with a durable water-resistant coating while fabric underside is coated with polyurethane for superior water resistance, 250D shadow ripstop nylon, 3-ply bonded nylon thread.

Interior: 210D silver-toned nylon lining, 3-ply bonded nylon thread.

ABOUT THINK TANK PHOTO

Headquartered in Santa Rosa, California, Think Tank Photo is a group of designers and professional photographers focused on studying how photographers work and developing inventive new carrying solutions that meet their needs. They are dedicated to using only the highest quality materials and design principles and employing materials that are environmentally benign.