Movable House Main features: 1) Easy to assemble: It takes under 4 hours by 2~3 people 2) Portable: Light weight (Packed easily and shipped wherever) 3) Weather tested: Proven in tropics, in arctic climates and have withstood hurricane force winds. 4) Durable, Rustproof, Rainproof 5) Energy Efficiency: Save up to 60% in heating or cooling costs 6) Low cost Usage: 1) Disaster shelter 2) Tourist rentals 3) Military applications 4) Remote field camps 5) Spa or equipment covers 6) Storage sheds 7) Camp Specification: 1) Height : 3.7m 2) Area and Weight : 29.2m² , 544.3kg 3) Material: Fiberglass.
Spesifikasi wooden house,Cabin and Gazebo. Type of wood 1. Iron wood frame 2. Iron wood floor 3. Iron wood & Nyatoh wood wall 4. Iron wood trusses and rafters 5. nyatoh wood doors and windows. 1.Lumber Size wooden house - Column 180mm x 180mm first floor (grounds floor) - Column 140mm x 140mm, 140mm x 90mm ,90mm x 90mm (second floor) - primary runnersor floor joists 90mm x 180mm 45mm x 140mm - secondary runners or floor joists 45mm x 140mm - tongue-and-groove walling 16mm x 130mm - flooring L 24mm x 90mm - flooring L 24mm x 140mm - primary roof runners 45mm x 90mm - secondary roof runners 40mm x 40mm - tongue-and groove ceilling 10mm x 9mm - door frame 90mm x 90mm, 45mm x 90mm - door standart nyatohwood - windows frame 90mm x 90mm,45mm x 90mm - windows standart nyatohwood. 2.Lumber size cabin - Column 140mm x 140mm - Column 90mm x 90mm - primary runnersor floor joists 50mm x 125mm - secondary runners of floor joists 50mm x 125mm - tongue-and-groove walling 16mm x 130mm - tongue-and-groove walling 16mm x 90mm - top plate 50mm x 90mm - rafters 50mm x 90mm - flooring L 24mm x 140mm - flooring L 24mm x 90mm - primary roof runners 50mm x 90mm - secondary roof runners 40mm x 40mm - tongue-and-groove ceiling 90mm x 10mm - door frame 90mm x 90mm,45mm x 90mm - door standart nyatoh wood - windows frame 90mm x 90mm,45mm x 90mm - windows standart nyatoh wood. 3. Lumber size Gazebo - column 140mm x 140mm - primary runnersor floor joist 50mm x 125mm - secondary runners of floor joists 50mm x 125mm - secondary runners of joists 50mm x 125mm - top plate 50mm x 90mm - flooring L 24mm x 140mm. 4. Roofing material / Accessorries - multi sirap. - stair,facia, paneling,orramental bannister and railling supports - glass5mm,hinges,door knobs and handles. - Colouring/finishing mowilex - plafon plaswood. Packing countainers m3.
Spesifikasi Cabin Tipe of wood 1. Iron wood frame 2. Iron wood floor 3. Iron wood wall 4. Iron wood trusses and rafters 5. nyatoh wood doors and windows. Lumber size cabin - Column 140mm x 140mm - Column 90mm x 90mm - primary runnersor floor joists 50mm x 125mm - secondary runners of floor joists 50mm x 125mm - tongue-and-groove walling 16mm x 130mm - tongue-and-groove walling 16mm x 90mm - top plate 50mm x 90mm - rafters 50mm x 90mm - flooring L 24mm x 140mm - flooring L 24mm x 90mm - primary roof runners 50mm x 90mm - secondary roof runners 40mm x 40mm - tongue-and-groove ceiling 90mm x 10mm - door frame 90mm x 90mm,45mm x 90mm - door standart nyatoh wood - windows frame 90mm x 90mm,45mm x 90mm - windows standart nyatoh wood. 4. Roofing material / Accessorries - multi sirap - stair;facia, paneling,orramental bannister and railling supports - glass,hinges,door knobs and handles. - Colouring/finishing mowilex. 5. Method and payments : a.Price US $450/square meter cost of pre-fabrication within Indonesia b. Down payments 50% of total pre-fabrication cost we will start pre-fabrication as soon as we receive the down payment. c. Second payment: 40% of total pre-fabrication cost when the materials and workers arrive at location (Indonesia) at the assembly site. d. third (last) payment: 10% of total pre-fabrication cost upon completion of assembly.(Indonesia) e. if a wooden house directly on exports to the destination country, second payment of 40% and third (last) payments 10% using L / C facilities before the goods are shipped to the country of destination ( full payments). The packing in the kontainers with total 3 units / kontainers. Minimum orders 3 units cabin.
Lumber size Gazebo - Column 140mm x 140mm - Column 90mm x 90mm - primary runnersor floor joists 50mm x 125mm - secondary runners of floor joists 50mm x 125mm - tongue-and-groove walling 16mm x 130mm - tongue-and-groove walling 16mm x 90mm - top plate 50mm x 90mm - rafters 50mm x 90mm - flooring L 24mm x 140mm - flooring L 24mm x 90mm - primary roof runners 50mm x 90mm - secondary roof runners 40mm x 40mm - tongue-and-groove ceiling 90mm x 10mm - door frame 90mm x 90mm,45mm x 90mm - door standart nyatoh wood - windows frame 90mm x 90mm,45mm x 90mm - windows standart nyatoh wood. Gazebo 25 units / countainers.
Products wooden house apart pairs using anti-quake construction which has been tested in our country and has been in the export. Order small wooden house most types of 36m2 minimum orders 4 units, Length of 4 meter.Berat 28 tons Receive unlimited size as needed wooden houses, cabins and gazebo.
1,CZ-B single storey is a modular house whic width and length can be extended by adding number of 1820mm based on 3800mm. 2, The heat insulated material can be EPS,PU or Rock wool. 3, Two kinds of flooring system are available , one is elevated floor , the other is concrete foundation.
The prefabricated house is mainly consist of light steel structure ,wall system and the roof. They are all made of standardized components, and connected by bolts. We can design ,make the prefab house according to the customers specific requirements. 1)The houses can be assembled and disassembled for dozens of times and can be removed 10 times. 2)All the steel components are painted and anti-rust which can be normally used for more than 20 years. 3)The steel structure makes the house resisting heavy wind of 100km/h and 7 grade earthquake. 4)The wall system of color steel sandwich panel has a good fire proof and heat insulation performance. 5)Waterproof design of steel structure. 6)Environment-protection without any building rubbish. 7)The transportation is convenient and one 40HQ container can load about 250m2 house body materials.
The prefabricated house is mainly consist of light steel structure ,wall system and the roof. They are all made of standardized components, and connected by bolts. We can design ,make the prefab house according to the customers specific requirements. 1)The houses can be assembled and disassembled for dozens of times and can be removed 10 times. 2)All the steel components are painted and anti-rust which can be normally used for more than 20 years. 3)The steel structure makes the house resisting heavy wind of 100km/h and 7 grade earthquake. 4)The wall system of color steel sandwich panel has a good fire proof and heat insulation performance. 5)Waterproof design of steel structure. 6)Environment-protection without any building rubbish. 7)The transportation is convenient and one 40HQ container can load about 250m2 house body materials.
Alloy:6063 Finish: alkaline clear anodizing Extrude, cut, drill, punch, cnc machining, assembly To be customized Packed in durable plastic/wooden case
Container house
Prefabricated buildings
Wooden house: cool in the summer and warm in the winter. With high quality material which is fireproof, soundproof, moisture proof, competitive price and excellent follow-up service, our products sell pretty well in the international market. In standard export package.
Size: 10mx5mx3m inside partition: 2 bed rooms, 1 living room, 1 toilet & bath room. Material: q235 steel structure, 75mm eps sandwich panel, fiberglass asphalt shingles, enternit board. Use for: the family house, special in the travel industrial.
A few companies exist which produce dome shaped structures using materials such as concrete, granite, molded plastic and sheet metal, but has no comparison from the features listed above. A handful of companies manufacture molded fiberglass structures, but none has developed a system comparable to that of Domes, which offers interlocking double fiberglass panels containing thermal barrier inlays (polyurethane foam insulation and optional foil sandwiched between fiberglass layers) and multiple floor plans using modular components. Several key features of the molded modular fiberglass structure make it uniquely suited for such applications, including: ò No maintenance (the fiberglass panels used to construct the house require no painting and do not deteriorate from weather, rot, or insect infestation); ò Lower heating and cooling cost (the fiberglass panels have insulation built into them and the dome shape reduces by thirty percent the cubic feet of interior air to be heated or cooled, resulting in a 28+ R-factor); ò Structural strength (the curved surface of the panels reduces wind resistance, enabling the house to withstand straight-line winds of 140 miles per hour or more); ò Quick construction (a fiberglass home can be assembled, erected in one or two days, and finished inside within a period of two or three weeks); ò Earthquake resistance (the fiberglass panels flex instead of breaking); ò Water resistance (the fiberglass structure is completely sealed from the ground up); ò Portability (a fiberglass house can be easily disassembled and relocated to a new site).
A few companies exist which produce dome shaped structures using materials such as concrete, granite, molded plastic and sheet metal, but has no comparison from the features listed above. A handful of companies manufacture molded fiberglass structures, but none has developed a system comparable to that of Domes, which offers interlocking double fiberglass panels containing thermal barrier inlays (polyurethane foam insulation and optional foil sandwiched between fiberglass layers) and multiple floor plans using modular components. Several key features of the molded modular fiberglass structure make it uniquely suited for such applications, including: ò No maintenance (the fiberglass panels used to construct the house require no painting and do not deteriorate from weather, rot, or insect infestation); ò Lower heating and cooling cost (the fiberglass panels have insulation built into them and the dome shape reduces by thirty percent the cubic feet of interior air to be heated or cooled, resulting in a 28+ R-factor); ò Structural strength (the curved surface of the panels reduces wind resistance, enabling the house to withstand straight-line winds of 140 miles per hour or more); ò Quick construction (a fiberglass home can be assembled, erected in one or two days, and finished inside within a period of two or three weeks); ò Earthquake resistance (the fiberglass panels flex instead of breaking); ò Water resistance (the fiberglass structure is completely sealed from the ground up); ò Portability (a fiberglass house can be easily disassembled and relocated to a new site).
A few companies exist which produce dome shaped structures using materials such as concrete, granite, molded plastic and sheet metal, but has no comparison from the features listed above. A handful of companies manufacture molded fiberglass structures, but none has developed a system comparable to that of Domes, which offers interlocking double fiberglass panels containing thermal barrier inlays (polyurethane foam insulation and optional foil sandwiched between fiberglass layers) and multiple floor plans using modular components. Several key features of the molded modular fiberglass structure make it uniquely suited for such applications, including: ò No maintenance (the fiberglass panels used to construct the house require no painting and do not deteriorate from weather, rot, or insect infestation); ò Lower heating and cooling cost (the fiberglass panels have insulation built into them and the dome shape reduces by thirty percent the cubic feet of interior air to be heated or cooled, resulting in a 28+ R-factor); ò Structural strength (the curved surface of the panels reduces wind resistance, enabling the house to withstand straight-line winds of 140 miles per hour or more); ò Quick construction (a fiberglass home can be assembled, erected in one or two days, and finished inside within a period of two or three weeks); ò Earthquake resistance (the fiberglass panels flex instead of breaking); ò Water resistance (the fiberglass structure is completely sealed from the ground up); ò Portability (a fiberglass house can be easily disassembled and relocated to a new site).
A few companies exist which produce dome shaped structures using materials such as concrete, granite, molded plastic and sheet metal, but has no comparison from the features listed above. A handful of companies manufacture molded fiberglass structures, but none has developed a system comparable to that of Domes, which offers interlocking double fiberglass panels containing thermal barrier inlays (polyurethane foam insulation and optional foil sandwiched between fiberglass layers) and multiple floor plans using modular components. Several key features of the molded modular fiberglass structure make it uniquely suited for such applications, including: ò No maintenance (the fiberglass panels used to construct the house require no painting and do not deteriorate from weather, rot, or insect infestation); ò Lower heating and cooling cost (the fiberglass panels have insulation built into them and the dome shape reduces by thirty percent the cubic feet of interior air to be heated or cooled, resulting in a 28+ R-factor); ò Structural strength (the curved surface of the panels reduces wind resistance, enabling the house to withstand straight-line winds of 140 miles per hour or more); ò Quick construction (a fiberglass home can be assembled, erected in one or two days, and finished inside within a period of two or three weeks); ò Earthquake resistance (the fiberglass panels flex instead of breaking); ò Water resistance (the fiberglass structure is completely sealed from the ground up); ò Portability (a fiberglass house can be easily disassembled and relocated to a new site).
A few companies exist which produce dome shaped structures using materials such as concrete, granite, molded plastic and sheet metal, but has no comparison from the features listed above. A handful of companies manufacture molded fiberglass structures, but none has developed a system comparable to that of Domes, which offers interlocking double fiberglass panels containing thermal barrier inlays (polyurethane foam insulation and optional foil sandwiched between fiberglass layers) and multiple floor plans using modular components. Several key features of the molded modular fiberglass structure make it uniquely suited for such applications, including: ò No maintenance (the fiberglass panels used to construct the house require no painting and do not deteriorate from weather, rot, or insect infestation); ò Lower heating and cooling cost (the fiberglass panels have insulation built into them and the dome shape reduces by thirty percent the cubic feet of interior air to be heated or cooled, resulting in a 28+ R-factor); ò Structural strength (the curved surface of the panels reduces wind resistance, enabling the house to withstand straight-line winds of 140 miles per hour or more); ò Quick construction (a fiberglass home can be assembled, erected in one or two days, and finished inside within a period of two or three weeks); ò Earthquake resistance (the fiberglass panels flex instead of breaking); ò Water resistance (the fiberglass structure is completely sealed from the ground up); ò Portability (a fiberglass house can be easily disassembled and relocated to a new site).
Prefabricated home
Light guage steel construction technology. Per sq. feet (on reference).
