[Features]·It uses highly heat-resistant fibers that are carbonized at 500°C. It does not melt or shrink, and there is almost no deterioration in flame retardant performance due to washing or abrasion.·Good ventilation keeps work comfortable. Unlike leather products, it is light and supple, and dries quickly due to its excellent water absorption. It is more than twice as strong as nylon/ester fibers.[Applications]·For work at ironworks, shipyards, ironworks, front furnace work, and other places
[Features]·It uses highly heat-resistant fibers that are carbonized at 500°C. It does not melt or shrink, and there is almost no deterioration in flame retardant performance due to washing or abrasion.·Good ventilation keeps work comfortable. Unlike leather products, it is light and supple, and dries quickly due to its excellent water absorption. It is more than twice as strong as nylon/ester fibers.[Applications]·For work at ironworks, shipyards, ironworks, front furnace work, and other places
[Features]·It uses highly heat-resistant fibers that are carbonized at 500°C. It does not melt or shrink, and there is almost no deterioration in flame retardant performance due to washing or abrasion.·Good ventilation keeps work comfortable. Unlike leather products, it is light and supple, and dries quickly due to its excellent water absorption. It is more than twice as strong as nylon/ester fibers.[Applications]·For work at ironworks, shipyards, ironworks, front furnace work, and other places
[Features]·It uses highly heat-resistant fibers that are carbonized at 500°C. It does not melt or shrink, and there is almost no deterioration in flame retardant performance due to washing or abrasion.·Good ventilation keeps work comfortable. Unlike leather products, it is light and supple, and dries quickly due to its excellent water absorption. It is more than twice as strong as nylon/ester fibers.[Applications]·For work at ironworks, shipyards, ironworks, front furnace work, and other places
[Features]·It uses highly heat-resistant fibers that are carbonized at 500°C. It does not melt or shrink, and there is almost no deterioration in flame retardant performance due to washing or abrasion.·Good ventilation keeps work comfortable. Unlike leather products, it is light and supple, and dries quickly due to its excellent water absorption. It is more than twice as strong as nylon/ester fibers.[Applications]·For work at ironworks, shipyards, ironworks, front furnace work, and other places
[Features]·It uses highly heat-resistant fibers that are carbonized at 500°C. It does not melt or shrink, and there is almost no deterioration in flame retardant performance due to washing or abrasion.·Good ventilation keeps work comfortable. Unlike leather products, it is light and supple, and dries quickly due to its excellent water absorption. It is more than twice as strong as nylon/ester fibers.[Applications]·For work at ironworks, shipyards, ironworks, front furnace work, and other places
[Features]·It uses highly heat-resistant fibers that are carbonized at 500°C. It does not melt or shrink, and there is almost no deterioration in flame retardant performance due to washing or abrasion.·Good ventilation keeps work comfortable. Unlike leather products, it is light and supple, and dries quickly due to its excellent water absorption. It is more than twice as strong as nylon/ester fibers.[Applications]·For work at ironworks, shipyards, ironworks, front furnace work, and other places
[Features]·It uses highly heat-resistant fibers that are carbonized at 500°C. It does not melt or shrink, and there is almost no deterioration in flame retardant performance due to washing or abrasion.·Good ventilation keeps work comfortable. Unlike leather products, it is light and supple, and dries quickly due to its excellent water absorption. It is more than twice as strong as nylon/ester fibers.[Applications]·For work at ironworks, shipyards, ironworks, front furnace work, and other places
[Features]·Easy to assemble with no glue required (bolt type).·Ideal for preventing the spread of sparks that scatter during welding, polishing, etc.·The sheet uses a flame-resistant fiber fabric with silicon processing on both sides of the sputter sheet basic, both sides of which pass JIS A 1323 Class A (No. 03 A0188).·The aluminum frame makes it possible to recycle when discarded.·The aluminum frame is 40% lighter than steel.
[Features]·Easy to assemble with no glue required (bolt type).·Ideal for preventing the spread of sparks that scatter during welding, polishing, etc.·The sheet uses a flame-resistant fiber fabric with silicon processing on both sides of the sputter sheet basic, both sides of which pass JIS A 1323 Class A (No. 03 A0188).·The aluminum frame makes it possible to recycle when discarded.·The aluminum frame is 40% lighter than steel.
[Features]·Easy to assemble with no glue required (bolt type).·Ideal for preventing the spread of sparks that scatter during welding, polishing, etc.·The sheet uses a flame-resistant fiber fabric with silicon processing on both sides of the sputter sheet basic, both sides of which pass JIS A 1323 Class A (No. 03 A0188).·The aluminum frame makes it possible to recycle when discarded.·The aluminum frame is 40% lighter than steel.
[Features]·Easy to assemble with no glue required (bolt type).·Ideal for preventing the spread of sparks that scatter during welding, polishing, etc.·The sheet uses a flame-resistant fiber fabric with silicon processing on both sides of the sputter sheet basic, both sides of which pass JIS A 1323 Class A (No. 03 A0188).·The aluminum frame makes it possible to recycle when discarded.·The aluminum frame is 40% lighter than steel.
[Features]·Easy to assemble with no glue required (bolt type).·Ideal for preventing the spread of sparks that scatter during welding, polishing, etc.·The sheet uses a flame-resistant fiber fabric with silicon processing on both sides of the sputter sheet basic, both sides of which pass JIS A 1323 Class A (No. 03 A0188).·The aluminum frame makes it possible to recycle when discarded.·The aluminum frame is 40% lighter than steel.
[Features]·Easy to assemble with no glue required (bolt type).·Ideal for preventing the spread of sparks that scatter during welding, polishing, etc.·The sheet uses a flame-resistant fiber fabric with silicon processing on both sides of the sputter sheet basic, both sides of which pass JIS A 1323 Class A (No. 03 A0188).·The aluminum frame makes it possible to recycle when discarded.·The aluminum frame is 40% lighter than steel.
[Features]·Easy to assemble with no glue required (bolt type).·Ideal for preventing the spread of sparks that scatter during welding, polishing, etc.·The sheet uses a flame-resistant fiber fabric with silicon processing on both sides of the sputter sheet basic, both sides of which pass JIS A 1323 Class A (No. 03 A0188).·The aluminum frame makes it possible to recycle when discarded.·The aluminum frame is 40% lighter than steel.
[Features]·Easy to assemble with no glue required (bolt type).·Ideal for preventing the spread of sparks that scatter during welding, polishing, etc.·The sheet uses a flame-resistant fiber fabric with silicon processing on both sides of the sputter sheet basic, both sides of which pass JIS A 1323 Class A (No. 03 A0188).·The aluminum frame makes it possible to recycle when discarded.·The aluminum frame is 40% lighter than steel.
[Features]· Easy to assemble, no glue required (bolt type).· Ideal for preventing diffusion of sparks scattered by welding, polishing, etc.· The sheet is made of flame resistant fabric with single-sided silicone coating conforming to Spatter Sheet Alpha JIS A 1323 C (No. 03A0142).· It can be recycled when discarded since it has an aluminum frame.· It is 40% lighter than steel because of its aluminum frame.
[Features]· Easy to assemble, no glue required (bolt type).· Ideal for preventing diffusion of sparks scattered by welding, polishing, etc.· The sheet is made of flame resistant fabric with single-sided silicone coating conforming to Spatter Sheet Alpha JIS A 1323 C (No. 03A0142).· It can be recycled when discarded since it has an aluminum frame.· It is 40% lighter than steel because of its aluminum frame.
[Features]· Easy to assemble, no glue required (bolt type).· Ideal for preventing diffusion of sparks scattered by welding, polishing, etc.· The sheet is made of flame resistant fabric with single-sided silicone coating conforming to Spatter Sheet Alpha JIS A 1323 C (No. 03A0142).· It can be recycled when discarded since it has an aluminum frame.· It is 40% lighter than steel because of its aluminum frame.
[Features]· Easy to assemble, no glue required (bolt type).· Ideal for preventing diffusion of sparks scattered by welding, polishing, etc.· The sheet is made of flame resistant fabric with single-sided silicone coating conforming to Spatter Sheet Alpha JIS A 1323 C (No. 03A0142).· It can be recycled when discarded since it has an aluminum frame.· It is 40% lighter than steel because of its aluminum frame.
