Dungeon Lab 4mm Mesh Conductive Rings

The highest quality conductive rubber rings on the market. Made from custom-conductive rubber tubing, these rings are smooth, flexible, and easily adjustable to fit any girth with the integrated cord adjusters. The tube's inner diameter is designed to accommodate standard 2mm electrode pins, ensuring seamless compatibility with the COYOTE Power Box and other accessories.   Conductive rubber typically has relatively high resistance, which can result in a weak sense of stimulation during use. To solve this problem, Dungeon Lab developed a custom low-resistance rubber substrate and integrated it with a conductive silver core. This reduces the resistance from several hundred ohms to just a few dozen ohms.   Different styles of rubber rings each have their own distinct tactile characteristics. Choose according to your personal preference. When used together with a conductive lubricant, the pulse sensation can be further enhanced.   With the Dungeon Lab 4mm Mesh Conductive Rings, the conductive rubber tube is externally braided with conductive silver fibres.   Usage Instructions 1. Rubber rings may vary slightly by style. If the model includes a tail bell, gently pull it out slightly on one side before use. 2. The two electrode pins of the double-pin cable must be inserted into separate rubber rings. (Do not insert both pins into the two ends of the same ring at the same time, as this will cause a short circuit.) 3. Place the two rubber rings on the desired stimulation area. Ensure the rings do not touch each other. Maintain a gap of more than 1 cm between them. 4. After connecting to the power box, begin with a low intensity setting to assess comfort before gradually increasing.   Precautions 1. Never insert both pins into the two ends of the same rubber ring, and do not use double-pin electrode wires simultaneously to connect the rings. 2. Clean the product thoroughly before and after each use. 3. Conductive rubber rings are consumable items. Replace rubber rings immediately if you notice poor conductivity, reduced elasticity, deformation, or cracking.