Flame-retardant fabric for ink-jet recording and process for manufacturing the same
AssigneeSeiren Co., Ltd.
InventorTakahiro Kohsaka
Life of this patent
Estimating the term…
Abstract
A sufficiently flame-retardant fabric for ink-jet recording with an ink accepting layer on its one side at least, the ink acceptability (ink holding capability) of which is the same as that of its non-flame-retardant counterpart, allowing the fabric to render highly deep/brilliant shade and sharp color images. The flame-retardant fabric for ink-jet recording includes a flame retarded fiber substrate with an ink accepting layer on its one side at least, which is made up of a 3-12 μm-thick top sub-layer and a bottom sib-layer with a flame retarding agent contained only in the bottom sub-layer wherein the flame retarding agent has its active ingredient applied to the substrate in an aqueous dispersion, accounting for 4 to 30% of the entire ink accepting layer by weight.
Claims16
A flame retardant fabric for ink jet recording, comprising:
- a flame retarded fiber substrate, an ink accepting layer disposed on at least one side of said substrate, said ink accepting layer including a bottom layer disposed on said one side of said substrate and comprising an ink acceptor with a flame retarding agent, and a top layer disposed on said bottom layer and comprising an ink acceptor with no flame retarding agent.
A flame retardant fabric for ink-jet recording comprising:
- a flame retarded fiber substrate, an ink accepting layer disposed on at least one side of said substrate, said ink accepting layer including a bottom layer disposed on said one side of said substrate and comprising an ink acceptor with a flame retarding agent, said flame retarding agent having an active ingredient which accounts for 4 to 30% of the entire said ink accepting layer by weight and which is applied to said substrate in an aqueous dispersion, and a top layer disposed on said bottom layer and comprising an ink acceptor with no flame retarding agent, said top layer having a thickness of 3 to 12 μm.
Dependencies are inferred from the claim text.