embodiments of sheet product containers are provided herein , which , as will become readily apparent , provide utility and advantages over conventional sheet product containers . for example , sheet products are often stored in containers that allow a user to easily remove a sheet product from the container . some sheet products may be impregnated with a liquid or other substance such as , for example , soaps , antibacterial substances , cleaning substances , and lotions that are useful for cleaning objects such as , for example , hands , equipment , and dry - erase marking boards . sheet products that are impregnated with a liquid are often stored in a container that is re - sealable by a user . the sealed container keeps the sheet products free from contaminants and prevents the sheet products from drying due to exposure to air . the term “ sheet products ” as used herein is inclusive of natural and / or synthetic cloth or paper sheets . sheet products may include both woven and non - woven articles . there are a wide variety of nonwoven processes and they can be either wetlaid or drylaid . some examples include hydroentagled ( sometimes called spunlace ), drc ( double re - creped ), airlaid , spunbond , carded , paper towel , and meltblown sheet products . further , sheet products may contain fibrous cellulosic materials that may be derived from natural sources , such as wood pulp fibers , as well as other fibrous material characterized by having hydroxyl groups attached to the polymer backbone . these include glass fibers and synthetic fibers modified with hydroxyl groups . examples of sheet products include , but are not limited to , wipers , napkins , tissues , rolls , towels or other fibrous , film , polymer , or filamentary products . in general sheet products are thin in comparison to their length and breadth and exhibit a relatively flat planar configuration and are flexible to permit folding , rolling , stacking , and the like . the sheet product may have perforations extending in lines across its width to separate individual sheets and facilitate separation or tearing of individual sheets from the roll at discrete intervals . individual sheets may be sized as desired to accommodate the many uses of the sheet products . a number of sheet products are designed for use in a particular task . for example , some sheet products are designed for use in an industrial work environment such as a factory or workshop . the sheet products for an industrial work environment may , for example , include a heavy weight material , and may be impregnated with a substance such as a solvent or a soap used for cleaning tasks . some sheet products may be used , for example , for cleaning greasy or oily surfaces such as engine surfaces or automobile surfaces . the sheet product may be impregnated with a solvent or other liquid that cleans grease or oil from such surfaces . the sheet products are often stored in a container that prevents contaminants from fouling the sheet products and that prevents the sheet products from drying due to exposure to air . using sheet products in different work environments has led to a desire for sheet product containers that offer ease of use or one - handed operation . furthermore , due to sheet product containers being deployable in a plurality of environments , it is also desirable to have a sheet product container that is readily portable and / or easily replenished for multiple jobs . for example , a sheet product user may work in an office with several sections available for the user to work in . as such , it may be beneficial for the office worker to transport sheet products efficiently , and attach them securely for free handed use during labor ( for example , using one hand to dispense sheet product ). furthermore , it may be beneficial to deploy several sheet product containers across multiple portions of the office . it follows that it may also be desirable that the plurality of sheet product containers be easily replenished . for example , a wall - mounted sheet product container may offer portability and ease of replenishment . the sheet product container may be easily secured to a surface to allow for one - handed operation . further , if an attachment apparatus separate from the container is employed , the sheet product may be relatively easily replenished through replacement of the container or removing the container for refilling the sheet product contained therein . fig1 illustrates a perspective view of an exemplary embodiment of a sheet product container 100 . the container 100 includes a body 101 having an inner cavity ( e . g ., hollow cavity ) configured to retain sheet product , as described above . the dispensing of sheet products may be facilitated through opening / re - sealable opening 102 . the opening 102 seals the sheet product container 100 . the opening 102 in the illustrated embodiment includes an opening to the inner cavity of the sheet product container , and as such , allows for dispensing of sheet product . the opening 102 may include a cap or other re - sealable portion to aid in reducing fouling of the sheet product . the cap may include a retaining portion 103 such as , for example , a tie , flexible brace , tab , or any suitable retaining portion . furthermore , the re - sealable opening 102 may include a sheet - product retaining portion therein to prevent sheet product from falling away from the sheet product container 100 . the sheet product retaining portion may be a portion of flexible plastic or other flexible material allowing for dispensing of sheet product through force , but retention of sheet product if no force is applied ( e . g ., pulling of sheet product ). the sheet product container 100 may be formed from a flexible material such as , for example , a plastic , preferably plastic capable of injection molding and / or blow molding such as a thermoplastic . the shape of the material may be deformed when a force is applied to the material . when the force is removed from the material , the plastic material has a tendency to return to a previous shape . some examples of flexible plastic materials include polypropylene , polyethylene terephthalate , polyethylene , and / or other similar plastics . this list is not inclusive of all appropriate thermoplastics , and therefore , example embodiments should not be limited to only these examples . the flexibility of the material allows the sheet product container 100 to deform from a force applied by the user , such as , if an attachment apparatus is engaging the sheet product container 100 for wall - mounting . an exemplary method for fabricating the sheet product container 100 is by using blow molding . blow molding is a manufacturing process by which hollow plastic parts may be formed . in an exemplary blow molding process , a mold of the sheet product container 100 is formed / provided . a hot plastic material is inserted into the mold and injected with a pressurized gas that expands the plastic material such that the plastic material contacts the mold and conforms to the shape of the mold . an interior portion of the plastic material is expanded to form a cavity inside the plastic material . once the plastic material cools , it may be removed from the mold and processed further if necessary to complete the fabrication of the sheet product container . there are many forms of blow molding , including injection blow molding and extrusion blow molding . any form of the process may be altered to produce sheet product containers as described herein , and thus example embodiments should not be limited to any particular form of the basic process . furthermore , the sheet product container may be formed by other processes as well . for example , an injection - molding process may be used . in an injection molding process , melted plastic is injected into a portioned mold of a sheet product container . the melted plastic flows and fills the mold entirely . once the plastic cools , the portions of the mold are removed in succession or at relatively the same time to produce the sheet product container . further , different portions of the sheet product container 100 may be injection molded and released from the molds . these portions may be joined later using a plastic welding or mating methodology to attach said portions together thereby forming the sheet product container 100 . additional plastic molding / forming processes not described herein may be suitable for example embodiments . thus , example embodiments should not be limited to only those examples set forth herein , but to any applicable process as is known to one of ordinary skill in the art to which this invention pertains . fig2 illustrates an exemplary embodiment of a sheet product container 100 . the sheet product container 100 is similar to the sheet product containers described above , and includes a retention indentation 201 configured to engage an attachment apparatus . the location of the retention indentation 201 is roughly at the center of the back outer surface ( wall - facing outer surface ) of the sheet product container 100 . furthermore , additional locations of retention indentations may be used for any particular implementation . for example , retention indentations may be located only on a bottom surface , side surface , upper surface of the sheet product container . moreover , retention indentations may be located on any portion of said surfaces . therefore , example embodiments should not be limited to any particular form depicted in the figures . the retention indentation 201 may include retention rails 202 configured to engage with an attachment apparatus . for example , the sheet product container 100 may be slid onto an attachment apparatus such that sides of an attachment apparatus engage the rails 202 . a stop surface on the sheet product container 100 prevents the sheet product container 100 from sliding off of the attachment apparatus when fully engaged therewith . fig3 illustrates an attachment apparatus 300 . the attachment apparatus 300 is included for illustrative purposes only , and in no way is this example exhaustive of every type of attachment apparatus . therefore , it should be understood that example embodiments are applicable to any suitable attachment apparatus . according to at least one example embodiment , the attachment apparatus is an apparatus including attachment rails 302 configured to engage attachment rails on a sheet product container , for example , the sheet product container 100 . the attachment apparatus 300 may be formed of any suitable material including , but not limited to , plastic and metal . according to at least one example embodiment , the attachment apparatus 300 is formed of a solid material . however , a hollow material or formation may also be used . attachment apparatus 300 may include a body 301 . alongside the body 301 the attachment rails 302 are situated . it is noted that as illustrated , the attachment rails 302 extend along the entire perimeter of the attachment apparatus 300 . however , according to at least one example embodiment , the attachment apparatus 300 may include attachment rails extending only alongside one or more sides of the attachment apparatus 300 . the attachment apparatus 300 may also include openings 303 to facilitate mounting of the attachment apparatus on a wall or other surface . for example , screws , nails , or other means may be inserted in the openings 303 to secure the attachment apparatus 300 to a surface . turning to fig4 , a sheet product container engaging an attachment apparatus is illustrated . as illustrated , the attachment apparatus 300 is secured onto the surface 400 . the surface 400 may be a wall , flat surface , curved surface , pole , or any other suitable surface . for example , the surface 400 may be a wall in a bathroom stall , a wall near a dry - erase board , or any other surface . the sheet product container 100 engages the attachment apparatus 300 through the retention indentation described above with reference to fig1 . for example , the sheet product container 100 may be slid or fixed along the attachment rails of the attachment apparatus 300 . therefore , the attachment rails 202 of the container 100 may engage the attachment rails 302 of the attachment apparatus 300 . thus , as described above , example embodiments provide containers with attachment apparatuses . the containers provide advantages including one - handed operation , portability , secure attachment , etc . with only some example embodiments of the present invention having thus been described , it is understood that the same may be varied in many ways . the description of the invention hereinbefore uses these examples , including the best mode , to enable any person skilled in the art to practice the invention , including making and using any devices or systems and performing any incorporated methods . the patentable scope of the invention is defined by the claims , and may include other examples that occur to those skilled in the art . such other examples are intended to be within the scope of the claims if they have structural elements that do not differ from the literal language of the claims , or if they include equivalent structural elements with insubstantial differences from the literal languages of the claims . such variations are not to be regarded as a departure from the spirit and scope of the present invention , and all such modifications are intended to be included within the scope of the present invention as stated in the following claims .