Pair Slings Tripower Dual Diameter 17,5,mm Length 30cm Seac 127-60-17,5X30
In Stock
Estimated delivery: June 16, 2026 - June 19, 2026
Pair Slings Tripower Dual Diameter 17,5,mm Length 30cm Seac 127-60-17,5X30
Description:
Seac Tripower Dyneema is a high-performance circular rubber sling designed for spearfishing enthusiasts who want reliable power and precision. Made in Italy, it features three different sections that support a more advanced and performance-oriented setup. The sling is equipped with a Dyneema wishbone, offering a refined and durable connection detail for demanding use. Its 100% natural latex is developed to deliver strong performance over time. The product is packaged in a protective atmosphere to help preserve it from air and sunlight before use. With its dual diameter construction and 30 cm length, it is designed for effective and responsive operation in spearfishing applications. This is a practical choice for adults looking for a quality elastic band from Seac.
Key Features:
- Circular rubber sling designed for spearfishing use
- Made in Italy for dependable manufacturing quality
- Three-section construction for a performance-focused design
- Dual diameter setup for advanced handling characteristics
- Dyneema wishbone for a durable and functional connection
- 100% natural latex construction
- Built to maintain strong performance over time
- Protective packaging helps shield the product from air and sunlight
- Suitable for adults
- Unisex design
Specifications:
Manufacturer: Seac
SKU: 127-60-17,5X30
Size: 30cm
Category: Elastic Bands
Age Group: Adults
Gender: Unisex
Recommended Use:
This sling is best suited for spearfishing users who want a high-level elastic band for their equipment setup. It is a strong option for adult users seeking a performance-oriented solution with a Dyneema wishbone and natural latex construction. The product is especially relevant for those who value a well-made, Italian-produced component designed for consistent use. It is intended for spearfishing applications where reliable elasticity and efficient power delivery are important.