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3-Person Multifunctional Combined Cabinet Student Apartment Bunk Bed

JHY-009Code: 3RJMGQV1

3-Person Multifunctional Combined Cabinet Student Apartment Bunk Bed (model JHY-009) is listed under Dormitory Loft Beds. Dimensions: 5920 × 2100 × 900 mm. Materials: 72 x 72 x 1.2 mm profiled C-shaped steel tubes. Load capacity: 15 mm fir board. Product Features: Dormitory, furniture, steel-wood, structure, integrated, storage, bunk-bed, configuration. This page consolidates 6 groups of specifications, with metric and imperial units. 1 supplier(s) are listed and you can request a quote online.

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2026-11-08 11:07Popularity: 1
BrandJINHONGYEModelJHY-009
Overall dimensions (W × D × H)5920 × 2100 × 900 mmSide Rail Thickness40 mm
Slat Spacing80 mmCenter Support Leg CountRecommended 6legs
Sleeping capacity3 studentsStudy seating capacity4 chairs
Upper berth support count5 support tubes per berthLadder tread material thickness1.5 mm cold-rolled steel plate
Bed-board thickness for load distribution15 mm fir boardMain frame wall thickness1.2 mm
Secondary frame wall thickness1.0 mmCabinet panel thickness16 mm base panel and 5 mm back panel
Whole-unit net weight480 kgBed Static Load Reference400 kg
Side main uprights72 x 72 x 1.2 mm profiled C-shaped steel tubesMiddle main uprights60 x 60 x 1.2 mm square steel tubes
Frame cross rails25 x 50 x 1.0 mm square steel tubesSecondary bracing tubes25 x 25 x 1.0 mm square steel tubes
Bed side rails30 x 90 x 1.2 mm profiled C-shaped steel tubesUnder-bed support rails20 x 50 x 1.0 mm square steel tubes, five per berth
Ladder structure25 x 25 x 1.2 mm steel uprights with 1.5 mm formed anti-slip tread platesUpper guardrails25 x 25 x 1.0 mm steel tube rails with solid end posts
Sleeping deckSolid fir boards, minimum 15 mm thick, planed on four sidesCabinet base panels16 mm fine woodwork board or multi-layer board
Cabinet back panels5 mm medium-density fiberboardChair constructionMolded seat and back with integrated ventilation slots and metal sled legs
Three-berth sleeping layoutTwo elevated side sleeping platforms and one central lower bed provide three assigned berthsVertical access laddersTwo steel ladders provide access to the left and right upper berths
Upper-berth fall protectionContinuous tubular guardrails surround accessible outer edges of the elevated platformsIntegrated study stationsTwo desk bays supply work surfaces, upper open shelves, and drawer storage for shared study use
Wardrobe storageTall enclosed cabinets with paired doors are built into each end moduleDrawer storageTwo under-desk drawers are visible at each study station, providing four drawers in total
Open shelf organizationEach hutch includes multiple divided shelf compartments for books and personal itemsCentral lower berthA standalone lower sleeping platform sits between the two study-and-storage modules
Anti-slip ladder treadsPatterned formed steel tread plates increase footing friction during climbingIntegrated room divisionThe continuous steel-and-cabinet assembly separates sleeping, study, and storage zones in one footprint
Fixed chair pairingFour matching chairs support two-person seating at each study areaBolted modular assemblyFrame posts, rails, cabinets, ladders, and bed decks form a site-assembled knockdown system
Total gross weight520 kgReference Package Count1 set / 2 cartons
Reference Assembly Time40 minutes per setReference Package Dimensions2300× 900× 450 mm/carton in 4 cartons
Reference Packaged Gross Weight130 kg/setReference Packaging Volume0.9 m³/set
Student dormitory roomsThree sleeping berths and two study bays support shared accommodation with assigned personal zones.Boarding schoolsIntegrated wardrobes, shelves, and desks reduce separate furniture procurement in compact bedrooms.
Staff housingThe durable steel frame and compact footprint suit multi-occupant worker or intern residences.University apartmentsThe all-in-one layout combines sleeping, study, and storage while preserving floor space.
Hostel renovation projectsKnockdown modular construction supports batch installation and replacement of complete room systems.Temporary accommodation facilitiesThe high-berth layout maximizes capacity where room length is available but floor area is limited.
Shared study environmentsFour chairs and two desk modules allow simultaneous reading, laptop work, and writing.Institutional procurementSteel-wood construction and replaceable panels are suitable for standardized fleet purchasing and maintenance.
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PRODUCT MODULE 01 / 06

Physical Dimensions

Automatic mm / inch conversion · Core engineering specifications

Data source: Structured from factory data; final measured values prevail.

Overall dimensions (W × D × H)5920 × 2100 × 900 mm
Side Rail Thickness40 mm
Slat Spacing80 mm
Center Support Leg CountRecommended 6legs
PRODUCT MODULE 02 / 06

Weight, Load & Performance

Net weight / load capacity / users / durability

Data source: Product performance data; verify exact test conditions before procurement.

Sleeping capacity3 students
Study seating capacity4 chairs
Upper berth support count5 support tubes per berth
Ladder tread material thickness1.5 mm cold-rolled steel plate
Bed-board thickness for load distribution15 mm fir board
Main frame wall thickness1.2 mm
Secondary frame wall thickness1.0 mm
Cabinet panel thickness16 mm base panel and 5 mm back panel
Whole-unit net weight480 kg
Bed Static Load Reference400 kg
PRODUCT MODULE 03 / 06

Materials & Structure

Core acceptance fields · Panels / hardware / frame / upholstery

Data source: Subject to the factory material list and inspection report.

Side main uprights72 x 72 x 1.2 mm profiled C-shaped steel tubes
Middle main uprights60 x 60 x 1.2 mm square steel tubes
Frame cross rails25 x 50 x 1.0 mm square steel tubes
Secondary bracing tubes25 x 25 x 1.0 mm square steel tubes
Bed side rails30 x 90 x 1.2 mm profiled C-shaped steel tubes
Under-bed support rails20 x 50 x 1.0 mm square steel tubes, five per berth
Ladder structure25 x 25 x 1.2 mm steel uprights with 1.5 mm formed anti-slip tread plates
Upper guardrails25 x 25 x 1.0 mm steel tube rails with solid end posts
Sleeping deckSolid fir boards, minimum 15 mm thick, planed on four sides
Cabinet base panels16 mm fine woodwork board or multi-layer board
Cabinet back panels5 mm medium-density fiberboard
Chair constructionMolded seat and back with integrated ventilation slots and metal sled legs
PRODUCT MODULE 04 / 06

Functions & Adjustment

Adjustment / rotation / tilt / mobility / storage features

Data source: Functional configuration; the supplier specification prevails.

Three-berth sleeping layoutTwo elevated side sleeping platforms and one central lower bed provide three assigned berths
Vertical access laddersTwo steel ladders provide access to the left and right upper berths
Upper-berth fall protectionContinuous tubular guardrails surround accessible outer edges of the elevated platforms
Integrated study stationsTwo desk bays supply work surfaces, upper open shelves, and drawer storage for shared study use
Wardrobe storageTall enclosed cabinets with paired doors are built into each end module
Drawer storageTwo under-desk drawers are visible at each study station, providing four drawers in total
Open shelf organizationEach hutch includes multiple divided shelf compartments for books and personal items
Central lower berthA standalone lower sleeping platform sits between the two study-and-storage modules
Anti-slip ladder treadsPatterned formed steel tread plates increase footing friction during climbing
Integrated room divisionThe continuous steel-and-cabinet assembly separates sleeping, study, and storage zones in one footprint
Fixed chair pairingFour matching chairs support two-person seating at each study area
Bolted modular assemblyFrame posts, rails, cabinets, ladders, and bed decks form a site-assembled knockdown system
PRODUCT MODULE 05 / 06

Packaging & Logistics

Verified carton / gross weight / assembly / loading data

Data source: Reference for export quotations and container planning.

Total gross weight520 kg
Reference Package Count1 set / 2 cartons
Reference Assembly Time40 minutes per set
Reference Package Dimensions2300× 900× 450 mm/carton in 4 cartons
Reference Packaged Gross Weight130 kg/set
Reference Packaging Volume0.9 m³/set
PRODUCT MODULE 06 / 06

Applications & Usage

Recommended spaces / users / usage modes

Data source: Recommended applications based on product form and category.

Student dormitory roomsThree sleeping berths and two study bays support shared accommodation with assigned personal zones.
Boarding schoolsIntegrated wardrobes, shelves, and desks reduce separate furniture procurement in compact bedrooms.
Staff housingThe durable steel frame and compact footprint suit multi-occupant worker or intern residences.
University apartmentsThe all-in-one layout combines sleeping, study, and storage while preserving floor space.
Hostel renovation projectsKnockdown modular construction supports batch installation and replacement of complete room systems.
Temporary accommodation facilitiesThe high-berth layout maximizes capacity where room length is available but floor area is limited.
Shared study environmentsFour chairs and two desk modules allow simultaneous reading, laptop work, and writing.
Institutional procurementSteel-wood construction and replaceable panels are suitable for standardized fleet purchasing and maintenance.
STANDARD S1

EU Market Entry Requirements * EN Standards

EU Market Access Requirements* EN Standards

No standards data is available for this market.
STANDARD S3

Standards Applicable to China-Market Projects * GB Standards

Standards applicable to China-market projects

No standards data is available for this market.
Standardized tender description text
This product must meet the following technical requirements:
1. Technical standards and test reports must be supplied during tender or purchase confirmation;
Final delivery parameters, test reports, and acceptance criteria are subject to the purchase contract.
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Product Description

Its layout combines two elevated side sleeping platforms with one central lower bed, creating three assigned berths within a single organized structure. Two vertical steel ladders provide access to the left and right upper berths, while continuous tubular guardrails with solid end posts surround the accessible outer edges of each elevated platform. The integrated cabinetry forms two study bays with work surfaces, upper open shelving, drawer storage, and tall paired-door wardrobes at each end module, giving the unit a structured, space-efficient appearance. Construction centers on a powder-coated steel frame paired with fir bed boards and wood-based cabinet panels. The frame uses profiled C-shaped steel tubes for the side main uprights and bed side rails, square steel tubes for middle uprights and cross rails, and smaller square bracing tubes for secondary support. Each elevated berth includes five under-bed support rails, and the upper sleeping area is supported by five support tubes per berth. The sleeping deck uses solid fir boards planed on four sides, with a bed-board thickness of 15 mm for load distribution. Ladder treads are formed from cold-rolled steel plate with an anti-slip profile, and molded study chairs complement the integrated workstations. The cabinet sections use engineered wood panels, multi-layer board, and medium-density fiberboard back panels. Functionally, the system supports three students for sleeping and provides seating capacity for four chairs at the study areas. Each desk bay includes two under-desk drawers, producing four drawers in total, while each hutch offers multiple divided open compartments for books and personal items. The enclosed wardrobes add separate clothing storage, reducing the need for free-standing cabinets. This combination makes the product suitable for student dormitory rooms, boarding schools, university apartments, staff housing, hostel renovations, and temporary accommodation where multiple occupants need distinct sleeping, study, and storage zones within a limited footprint. Procurement planning should account for the knockdown modular construction and the stated reference assembly time of 40 minutes per set. The listed logistics information includes a gross weight of 520 kg, while separate packaging references indicate two cartons per set in one field and four carton dimensions in another; buyers should confirm final packing details directly before ordering. Suitable projects include batch installations for complete room systems, especially where consolidated furniture procurement and efficient use of floor space are priorities. Site assessment should include room length, ceiling clearance, access routes, and floor load suitability.

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