• !
    Home
  • !
    About Us
  • !
    Services
  • !
    Blog
  • !
    Contact Us

Sparkle City Balloon Boutique

About The Project

Sparkle City Balloon Boutique specializes in creating extraordinary and customized balloon decor for corporate functions, school events, and private parties across the Spartanburg-Greenville area. Led by certified balloon artist Kay Bishop, the company focuses on adding “shimmer, shine, and sparkle” to every event with professional, high-end personalized service.

Project Details

  • Industry: Events
  • Core Technologies: WordPress, Apache, MySQL, PHP
  • Theme: Divi
  • Key Plugins: Divi Supreme Pro, Ecwid by Lightspeed, Yoast SEO, UpdraftPlus, WPForms, Divi Perky Animate

Challenges & Solutions

The Challenge: The client needed to transition from a simple service provider to a high-end “boutique” brand. The previous online presence lacked the visual impact required to showcase large-scale, professional balloon installations, making it difficult to capture corporate and luxury event leads.

The Solution: We leveraged the Divi framework and Supreme Modules to create a high-gloss, visual-first website. By integrating a sophisticated gallery and streamlined navigation, we transformed the site into a premium digital storefront that highlights their “Certified Balloon Artist” credentials and simplifies the booking process for complex events.

Key Features

  • Dynamic Visual Storytelling: High-resolution hero sections and customized CSS animations reflect the “shimmer and shine” brand identity.
  • Hybrid Commerce & Lead Gen: Integrated WPForms for custom inquiries alongside Ecwid eCommerce for direct product purchases.
  • Local SEO Dominance: Configured Yoast SEO to target high-intent keywords in the Spartanburg-Greenville and North Carolina regions.
  • Responsive Boutique Design: A “mobile-first” layout ensuring event planners can seamlessly browse the portfolio and book services on the go.
  • Reliability & Security: Implemented UpdraftPlus for automated backups and enterprise-level site stability.