Orthopedic prayer mat

An orthopedic prayer mat comprising:

• a microfiber layer processed to be anti-microbial, anti-moldy, water-resistant and anti-dust;
• a polyurethane layer arranged beneath the microfiber layer to provide buffering for absorbing the initial pressure from a user;
• an anti-fatigue layer arranged beneath the polyurethane layer,
• wherein
• the anti-fatigue layer is stiffer than the polyurethane layer to provide support for bearing the user's weight, and an angle is designed between the polyurethane layer and the anti-fatigue layer according to the user's conditions and characteristics so as to have a different ratio of the polyurethane layer to the anti-fatigue layer in a horizontal direction,
• the ratio varying rate is determined by the angle,
• the angle ranges from 0 to 45 degree except for 0 degree, and
• an anti-slip layer arranged beneath the anti-fatigue layer to prevent the user from slipping,
• wherein the microfiber layer, the polyurethane layer, the anti-fatigue layer and the anti-slip layer are adhered, glued or sewed together to form a single unit;
• and
• wherein the polyurethane layer and anti-fatigue layer each extend to all points along a horizontal surface of the mat.

An orthopedic prayer mat comprising:

• a microfiber layer made from flannelette, polyester, polyamide, nylon, cotton or a combination thereof configured at the top and processed to be antimicrobial, anti-moldy, water-resistant and anti-dust;
• an anti-slip layer configured at the bottom to avoid slipping;
• and
• a combination of a polyurethane layer and an anti-fatigue layer, wherein the polyurethane layer and the anti-fatigue layer are of substantially the same size and substantially the same shape of a right triangle, where said polyurethane layer and anti-fatigue layer are adhered together at an angle and are to form the combination, and the combination is arranged between the microfiber layer and the anti-slip layer, and the angle ranges from 0 to 45 degree except for 0 degree to make the ratio of the polyurethane layer to the anti-fatigue layer vary over entirety of the mat to increase the amount of the polyurethane layer relative to the anti-fatigue layer from one end to another end, wherein the angle corresponds to a ratio between weight absorption and weight bearing, and the ratio is designed according to an user's conditions and characteristics.