Service Kit I Stage It500-D Din Seac 5600007

Service Kit I Stage It500-D Din Seac 5600007
Description:
The Service Kit I Stage It500-D Din from Seac is an essential tool for divers seeking to maintain and enhance the performance of their first-stage regulators. This comprehensive kit includes premium components designed for durability and optimal functionality, ensuring your diving equipment operates at peak efficiency. Crafted with high-quality materials, the kit comprises important parts like NBR O-rings and a specialized antifreeze membrane, which contribute to reliability in various underwater conditions. With its innovative design, the Service Kit prevents leaks and enhances the longevity of your equipment, providing peace of mind while diving. This kit is indispensable for recreational and professional divers alike, ensuring they are always ready for their aquatic adventures.

Key Features:
- Includes a variety of essential components: O-rings, membranes, elastics, and filters.
- High-quality NBR materials enhance durability and resistance to wear.
- Antifreeze membrane technology prevents freezing in cold water conditions.
- Designed for optimal sealing and leakage prevention for better performance.
- Comprehensive kit allows users to service their regulators efficiently.
- Compact and convenient packaging with a zipper bag for easy storage.
- Compatible with Seac D-series regulators, promoting seamless maintenance and repairs.
- Ideal for both recreational and professional diving applications.

Specifications:
Manufacturer: Seac
SKU: 5600007
Material: NBR (Nitrile Butadiene Rubber)
Size/Dimensions: N/A
Weight: N/A
Color: N/A
Category: Tools
Age Group: Adults
Gender: Unisex

Recommended Use:
This product is ideal for recreational and professional divers looking to maintain their first-stage regulators effectively. It is particularly suited for deep-sea diving and cold water exploration, where reliable equipment performance is crucial. The Service Kit can be used with various Seac diving accessories, ensuring compatibility and optimal safety while navigating underwater environments.