Ensure optimal safety and longevity for your male full-body sex doll with these essential protocols.
Hygiene Procedures
Thoroughly wash the doll before first use and after every session with warm water (not exceeding 104°F / 40°C) and mild, unscented antibacterial soap. Rinse completely to remove all soap residue. Pat dry using a lint-free microfiber cloth; avoid rubbing. Allow the doll to air dry fully before storage.
Material Compatibility
Critical: Use ONLY water-based lubricants. Silicone-based or oil-based lubricants will degrade TPE or silicone materials, causing permanent swelling, stickiness, tearing, and disintegration.
Safe Handling & Positioning
- Lift Carefully: Support the torso and joints. Avoid dragging limbs or pulling extremities, as this can cause internal wire damage or tearing at stress points.
- Avoid Sharp Objects: Keep nails, jewelry, zippers, and rough surfaces away during handling and storage. Even minor punctures compromise the material integrity.
Temperature & Environmental Safety
- Heat Exposure: Never expose the doll to direct sunlight, radiators, heaters, or hot car interiors. Temperatures above 86°F (30°C) risk melting, warping, or discoloration.
- Cold Exposure: Avoid extreme cold (below 32°F / 0°C) which makes TPE brittle and prone to cracking. Allow the doll to reach room temperature before posing.
Maintenance & Repair
- Powdering: Lightly dust with cornstarch or renewal powder periodically to maintain skin texture and reduce tackiness. Ensure doll is completely dry first.
- Minor Tears: Repair small punctures immediately using manufacturer-recommended adhesive kits specifically designed for TPE/Silicone to prevent tear propagation.
- Internal Structure: Avoid over-extending joints beyond their natural range. Return limbs to a neutral position for long-term storage.
Secure Storage
- Store the doll lying flat or in a stable position away from pressure points. Use the original packaging or a breathable storage bag.
- Maintain a cool (68-77°F / 20-25°C), dark, dry environment to prevent oxidation, bacterial growth, and material fatigue.
