Sticky Pads

Sticky pads are among the most dependable low-cost giveaways in the promotional stationery range, and this category sits within our mouse-pad and PC-USB assortment for wholesale buyers. Every adhesive notepad offers a generous flat print area, weighs very little and travels cheaply by post, which makes it a natural choice for trade fairs, direct-mail drops, welcome packs and everyday office giveaways. Because each pad is produced to order, buyers can tailor sheet counts, shapes and colors to a campaign and combine several designs in a single enquiry.

• Large, flat branding surface that carries a logo, slogan or contact details clearly on every sheet.
• Lightweight construction keeps freight, postage and handling costs low across bulk quantities.
• Repositionable adhesive lifts cleanly from most desk surfaces, leaving no sticky residue behind.
• Flexible specification: sheet totals, page colors, and die-cut shapes are agreed with the factory before production.
• Very low unit cost at volume, so even modest promotional budgets can cover a wide audience.
• Pairs neatly with mouse pads and PC-USB accessories to build a coordinated desk-set campaign from one supplier.

Materials and budget: pads are typically made from smooth writing paper with a clean-peel adhesive, and the exact paper stock, sheet weight and adhesive grade are confirmed at quotation once your specification is known. As a budget-friendly line, sticky pads let buyers stretch a fixed promotional spend further than most branded items, and final pricing is always provided on enquiry rather than listed, since every order is customized.

Branding and service: custom logo printing is available from a minimum run of 100 pieces, so even a pilot campaign can carry full artwork. Free samples are supplied when the total sample value stays under USD 5, letting you check paper feel, adhesive strength and print quality before committing. Every enquiry receives a reply within 24 hours, so quotation, artwork checks and order confirmation can move quickly from first contact to production.