Cooling Seat Pad
Which chairs does the Cooling Seat Pad fit?
The Cooling Seat Pad is specifically contour-designed to pair perfectly with the LiberNovo Dynamic Ergonomic Chair. However, it is also highly versatile:
General Fit: It fits most flat-surface chairs (office, gaming, dining, etc.) as long as the seat size is at least 45 × 50 cm.
⚠ For indoor use only; not for car seats.
Will the Cooling Seat Pad feel too cold or damp?
No, the surface of the fabric is designed to stay completely dry. Thanks to its 3-layer design (fabric, membrane, and gel), the pad provides a gradual cooling effect. It feels comfortably cool rather than icy cold, ensuring a pleasant experience even during long sessions.
What if the Cooling Seat Pad doesn’t feel cool anymore?
Simply place the Cooling Seat Pad in a well-ventilated area or near an A/C vent for 15–30 minutes. This allows the gel layer to release stored heat and restores its natural cooling effect.
I just received my Cooling Seat Pad and it doesn’t feel cool—is it defective?
The cooling effect can feel a bit weak immediately after being kept in sealed packaging during transport. After unpacking your Cooling Seat Pad, simply place it in a cool, ventilated area for about 30 minutes to restore its natural cooling effect.
Why does the Cooling Seat Pad get warm after sitting on it for a long time?
The gel inside is designed to absorb and hold heat. After continuous use, it slowly pulls in your body heat, which eventually reduces that initial cool sensation. To refresh it, just place the Cooling Seat Pad in a ventilated area—or on a cool surface like wood or stone—for 15–30 minutes to let the heat dissipate.
What’s the silicone nozzle on the back of the Cooling Seat Pad for?
This nozzle is the sealed injection port used during the manufacturing process. It is a critical part of the product's structure, so please keep the following in mind:
Do Not Open: Opening or tampering with the nozzle may cause the gel to leak or ruin the cooling effect.
Safety First: Keep the pad away from children to prevent them from squeezing the nozzle or accidentally swallowing any small parts.
Who should avoid using the Cooling Seat Pad?
While the Cooling Seat Pad is designed for comfort, it is not recommended for everyone. Please take note of the following guidelines:
Sensitivity: It is not recommended for pregnant women, individuals with a high sensitivity to cold, or those with sensitive skin.
Weight Limit: The pad has a maximum load capacity of 136 kg (300 lbs).
Age Restrictions: Not for use by children under 3 years old. Children using the pad must be supervised at all times.
Will the Cooling Seat Pad slip on the chair?
No. The large surface area of the Cooling Seat Pad creates enough friction with the chair to keep it steady. If any slight shifting occurs over time, you can easily just slide it back into your preferred position.
What’s inside the Cooling Seat Pad? Is the gel toxic, and will it leak?
The Cooling Seat Pad uses an eco-friendly, non-toxic gel that meets RoHS safety standards. The gel is engineered to stay in a jelly-like state and is double-sealed within the pad, so it won’t leak under normal use.
Be sure to keep sharp objects away from the pad to avoid puncturing the outer layers.
Is the gel in the Cooling Seat Pad the same as other gel pads on the market?
No, the Cooling Seat Pad uses an advanced multi-network polymer gel. Compared to common gels found in other products, this material has a higher heat capacity and better conductivity. This means it can absorb more heat and keep you feeling cooler for a longer period.
Why does the gel look deformed after long use?
Minor settling is normal after the Cooling Seat Pad has been under pressure for a long time. To help with this, the pad features a zoned design that distributes your weight evenly to minimize any changes in shape.
⚠ Do not stand, kneel, place heavy items, or apply excessive force on the Cooling Seat Pad.
Why are there wrinkles or seam lines on the Cooling Seat Pad? Is this a defect?
Those fine surface lines are completely normal marks that form when the high-conductivity gel solidifies during the molding process. They are simply a result of the manufacturing technique and do not affect the quality or the cooling feel of the pad.
