Sex dolls have evolved remarkably over the years, becoming highly realistic and customizable. However, as these dolls become more sophisticated, owners often have questions about their maintenance and durability, especially when it comes to activities involving water. One common question is whether it is safe to take a sex doll into a pool. This article will explore the various considerations, potential risks, and best practices for taking your doll into a pool.
Brand: Sigafun Doll
Material: Silicone Sex Doll Torso
How Sex Doll Materials Differ
Sex dolls generally consist of two main materials: TPE (thermoplastic elastomer) and silicone. Both materials feature their own unique characteristics and behave differently when exposed to water and pool chemicals.
TPE (Thermoplastic Elastomer):
Pros: TPE feels softer and more natural because it is more pliable. It also tends to be cheaper than silicone in most cases.
Cons: Being more porous than silicone, TPE can easily soak up water and chemicals, which may cause it to deteriorate if not handled properly.
Pros: TPE is softer and more flexible, giving a more realistic feel. Besides, it is generally cheaper than silicone.
Cons: TPE is more porous than silicone, which makes it more susceptible to absorbing water and chemicals, resulting in potential damage over time if not properly maintained.
Silicone:
Pros: Silicone has a tightly knit molecular structure making it waterproof, longer-lasting, and less challenging to wash. Absorbing water and chemicals is less likely to happen, which accounts for the better resistance to damage of this material.
Cons: Usually, silicone dolls cost more and, at times, are a bit harder than TPE dolls.
Pros: Silicone is non-porous, more durable, and easier to clean. It is less likely to absorb water and chemicals, making it more resistant to damage.
Cons: Silicone dolls are generally more expensive and slightly firmer than TPE dolls.
Possible Dangers of Bringing a Sex Doll Into a Pool
Water Damage:
Internal Structure: Generally, sex dolls have a skeleton made of metal or PVC covered with TPE or silicone. Water exposure, particularly chlorinated water from a pool, might lead to corrosion and damage of the internal structure.Joints and Seams: Water may enter the joints and seams causing mold growth and weakening of the materials.
Internal Structure: Most sex dolls have a metal or PVC skeleton covered by TPE or silicone. Exposure to water, especially chlorinated pool water, can cause corrosion and damage to the internal structure.Joints and Seams: Water can seep into the joints and seams, potentially leading to mold growth and material degradation.
Chemical Exposure:
Chlorine and Pool Chemicals: The chemicals used for sanitizing pools like chlorine can be very harsh on both TPE and silicone leading to discoloration, drying out, and weakening of the materials. Chlorine and Pool Chemicals: Pools are treated with chemicals like chlorine to keep them clean. These chemicals can be harsh on both TPE and silicone materials, leading to discoloration, drying, and weakening of the material.
Maintenance Issues:
Drying: If the doll comes in contact with pool water, it must be dried properly to prevent mold and mildew growth. This can be quite difficult, especially when it comes to hard-to-reach areas such as internal cavities and the joints.
Drying: Ensuring the doll is thoroughly dried after being in the pool is crucial to prevent mold and mildew. This can be challenging, especially for internal cavities and areas around joints.
Precautions and Best Practices
If you decide to take your sex doll into a pool, following these precautions and best practices can help minimize potential risks:
Pre-Treatment:
Apply a Protective Layer: Consider applying a waterproof sealant designed for TPE or silicone to provide an extra layer of protection against water and chemicals.
During Use:
Limit Exposure: Minimize the amount of time your doll spends in the pool. Shorter periods reduce the risk of water and chemical damage.
Avoid Submerging the Head: Keep the doll’s head above water to prevent water from entering the mouth, nose, and eyes, which are more challenging to dry completely.
Post-Use Care:
Thorough Cleaning: After removing the doll from the pool, rinse it thoroughly with fresh water to remove any chlorine or chemicals.
Drying: Carefully dry the doll using a soft towel. Pay special attention to drying internal cavities and joints. Consider using a blow dryer on a cool setting to ensure all moisture is removed.
Reapply Powder: For TPE dolls, reapply cornstarch or talcum powder once the doll is completely dry to maintain the skin’s texture and prevent stickiness.
Regular Inspections:
Check for Damage: Regularly inspect your doll for any signs of damage, such as discoloration, cracks, or corrosion, especially after exposure to water.
Repair Promptly: Address any damage immediately using appropriate repair kits designed for TPE or silicone.
Alternatives to Pool Use
If the risks and maintenance requirements of taking your sex doll into a pool seem too high, consider these alternatives:
Waterproof Sex Dolls: Some manufacturers offer waterproof sex dolls specifically designed for water use. These dolls are typically made with materials and construction methods that better withstand water and chemical exposure.
Inflatable Sex Dolls: While not as realistic, inflatable sex dolls are generally more resistant to water and can be a safer option for pool use.
Waterproof Accessories: Use waterproof accessories, such as wigs and removable parts, that can be easily replaced if damaged.
Conclusion
Taking a sex doll into a pool is possible but comes with significant risks and maintenance challenges. The materials used in sex dolls, particularly TPE and silicone, are susceptible to water and chemical damage, and careful consideration and preparation are required to minimize these risks. By following best practices and taking proper precautions, you can enjoy a more diverse range of activities with your sex doll while ensuring its longevity and maintaining its condition. However, for those who want to avoid the potential complications, exploring alternative options designed for water use may be the best approach.
