BULBORIUM Orange Hat Micro Dwarf Tomato Seeds – 100pc Non-GMO Heirloom

Compact, High‑Appeal Orange Hat Micro Dwarf Tomatoes

Discover BULBORIUM's Orange Hat Micro Dwarf Tomato Seeds — a 100‑seed pack of non‑GMO heirloom genetics designed for small-space gardens. This variety yields plump, juicy orange fruits that brighten containers, balconies, and sunny windowsills with cheerful color and a dependable harvest.

Built for gardeners who want tangible results without sprawling space, these seeds offer a reliable start, tidy growth, and fruit that stands out in any container mix. The cultivar blends a traditional heirloom profile with a compact habit, making it a practical choice for city gardens and cozy patios.

Key benefits at a glance

• Compact habit: plants typically range from 1 to 2 ft tall, ideal for pots and small spaces.
• Sun-loving performance: great for balconies, patios, aerogardens, and indoor grow lights in winter.
• Vibrant fruit: plump, juicy orange fruits with sweet, round orange cherries for visual appeal.
• Germination readiness: keep soil moist and expect germination in 7 to 10 days.
• Seed count: 100 seeds provide multiple planting opportunities and trial runs.

How to sow and care for your seeds

• Direct sow in late spring once temperatures are consistently above 50 F.
• Plant seeds 1 inch deep and 6 inches apart in a sunny location; gently pat the soil over the seeds.
• Keep the soil evenly moist until germination, which should occur in 7 to 10 days.

Growing tips for best results: the final plant size depends on pot size and watering routine, so you can tailor containers to your available space. With attentive care, these plants can offer a tidy, vertical gardening option that adds color and bite-sized fruit to your setup.

Why this variety could fit your garden goals

Whether you grow on a balcony, indoors under grow lights, or in a sunlit patio, the Orange Hat variety is designed to fit compact spaces without sacrificing the charm of bright, orange tomatoes. The non-GMO heirloom designation suggests a traditional gene pool, while the 100‑seed count supports ongoing experimentation and multiple harvests across seasons.