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Three-Person Multifunctional Combined Cabinet Student Apartment Bed JHY-011

JHY-011Code: 4E9LU4V1

Three-Person Multifunctional Combined Cabinet Student Apartment Bed JHY-011 (model JHY-011) is listed under Dormitory Loft Beds. Dimensions: 3970 × 900 × 2100 mm. Materials: 72 x 72 x 1.2 mm special C-section steel with light-gray protective coating. Load capacity: 120 kg per tread. Product Features: Dormitory, style, integrated, storage, steel-wood, structure, three-person, layout. 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 11:10Popularity: 1
BrandJINHONGYEModelJHY-011
Overall dimensions (W × D × H)3970 × 900 × 2100 mmSide Rail Thickness40 mm
Slat Spacing80 mmCenter Support Leg CountRecommended 6legs
Sleeping capacity3 occupants per unit, with two upper bunks and one lower bunkSteel frame static design reference300 kg per sleeping position
Ladder step concentrated load reference120 kg per treadCabinet desktop distributed load reference80 kg total working load
Open shelf distributed load reference25 kg per shelf levelDrawer load reference15 kg per drawer, 3 drawers supplied
Bed-board distributed load reference150 kg per bunk platformNet weight reference185 kg complete assembled unit
Bed Static Load Reference400 kgPer-slat Load Reference60 kg
Outer steel uprights72 x 72 x 1.2 mm special C-section steel with light-gray protective coatingCentral steel uprights60 x 60 x 1.2 mm square steel tube forming the intermediate support frame
Bed load rails30 x 90 x 1.2 mm special C-section steel supporting each sleeping platformHorizontal frame tubes25 x 50 x 1.0 mm and 25 x 25 x 1.0 mm square steel tubes for connected frame bracing
Slat support rails20 x 50 x 1.0 mm square steel tube, 5 pieces per bunk under the wooden bed baseLadder construction25 x 25 x 1.2 mm square tube uprights with 1.5 mm cold-rolled patterned anti-slip steel treads
Safety guardrails25 x 25 x 1.0 mm square steel tube around elevated sleeping areasBed boardsSolid Chinese fir boards, minimum 15 mm thick and planed on four sides
Head and foot panelsInjection-molded 800 x 300 mm panels on melamine-faced MDF substrate with anti-aging PP seamless edge bandingCabinet structural panels16 mm joinery board or multi-layer board with melamine-faced MDF door and desk surfaces
Cabinet back panel5 mm medium-density fiberboard fitted behind the integrated storage unitVisible cabinet finishLight oak-tone melamine surface with silver metal drawer pulls and open shelf divisions
Three-position sleeping layoutProvides two raised sleeping platforms and one lower sleeping platform for three residentsIntegrated study workstationBuilt-in long desktop below the left upper bunk supports writing, computer work and personal storage placement
Three-drawer storageThree horizontal drawers under the desktop provide separate small-item storage with metal handlesOpen bookcase storageMulti-cell overhead shelves and vertical dividers organize books and personal items above the desk
Under-desk storage baysOpen knee spaces and side panels create separated seating and storage zones for desk usersFront vertical ladderWelded-frame ladder with five anti-slip treads provides access to the upper sleeping platform
Elevated-bed fall protectionContinuous steel guardrails enclose exposed upper-bunk edges with solid panel infill at endsLower bunk shoe rackParallel steel tubes beneath the lower bed form a ventilated shoe and luggage shelf
Panel edge protectionHead/foot panel edges use seamless anti-aging PP injection edge banding to reduce impact and moisture exposureFreestanding bolted assemblySteel posts, cross rails, ladder and cabinet modules form a knockdown apartment-style assembly with floor-contact end caps
Reference Reassembly CountMain joints should support 5controlled assembly cyclesReference 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 roomSuitable for three-resident rooms where sleeping, study and storage must fit one wallStaff accommodationSuitable for factory, hospital and institutional staff quarters requiring durable high-occupancy furniture
Boarding school apartmentFits supervised housing requiring separated beds, ladder access and individual desk storageUniversity postgraduate housingSuitable for compact multi-occupant apartments combining bedroom and workstation functions
Temporary worker housingSuitable for project-site and modular accommodation with standardized room layoutsBudget hostel renovationCan serve high-density resident rooms where durable metal construction and easy cleaning are priorities
Small apartment shared bedroomAppropriate where a wall-length integrated unit replaces separate beds, desks and bookcases——
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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)3970 × 900 × 2100 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 occupants per unit, with two upper bunks and one lower bunk
Steel frame static design reference300 kg per sleeping position
Ladder step concentrated load reference120 kg per tread
Cabinet desktop distributed load reference80 kg total working load
Open shelf distributed load reference25 kg per shelf level
Drawer load reference15 kg per drawer, 3 drawers supplied
Bed-board distributed load reference150 kg per bunk platform
Net weight reference185 kg complete assembled unit
Bed Static Load Reference400 kg
Per-slat Load Reference60 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.

Outer steel uprights72 x 72 x 1.2 mm special C-section steel with light-gray protective coating
Central steel uprights60 x 60 x 1.2 mm square steel tube forming the intermediate support frame
Bed load rails30 x 90 x 1.2 mm special C-section steel supporting each sleeping platform
Horizontal frame tubes25 x 50 x 1.0 mm and 25 x 25 x 1.0 mm square steel tubes for connected frame bracing
Slat support rails20 x 50 x 1.0 mm square steel tube, 5 pieces per bunk under the wooden bed base
Ladder construction25 x 25 x 1.2 mm square tube uprights with 1.5 mm cold-rolled patterned anti-slip steel treads
Safety guardrails25 x 25 x 1.0 mm square steel tube around elevated sleeping areas
Bed boardsSolid Chinese fir boards, minimum 15 mm thick and planed on four sides
Head and foot panelsInjection-molded 800 x 300 mm panels on melamine-faced MDF substrate with anti-aging PP seamless edge banding
Cabinet structural panels16 mm joinery board or multi-layer board with melamine-faced MDF door and desk surfaces
Cabinet back panel5 mm medium-density fiberboard fitted behind the integrated storage unit
Visible cabinet finishLight oak-tone melamine surface with silver metal drawer pulls and open shelf divisions
PRODUCT MODULE 04 / 06

Functions & Adjustment

Adjustment / rotation / tilt / mobility / storage features

Data source: Functional configuration; the supplier specification prevails.

Three-position sleeping layoutProvides two raised sleeping platforms and one lower sleeping platform for three residents
Integrated study workstationBuilt-in long desktop below the left upper bunk supports writing, computer work and personal storage placement
Three-drawer storageThree horizontal drawers under the desktop provide separate small-item storage with metal handles
Open bookcase storageMulti-cell overhead shelves and vertical dividers organize books and personal items above the desk
Under-desk storage baysOpen knee spaces and side panels create separated seating and storage zones for desk users
Front vertical ladderWelded-frame ladder with five anti-slip treads provides access to the upper sleeping platform
Elevated-bed fall protectionContinuous steel guardrails enclose exposed upper-bunk edges with solid panel infill at ends
Lower bunk shoe rackParallel steel tubes beneath the lower bed form a ventilated shoe and luggage shelf
Panel edge protectionHead/foot panel edges use seamless anti-aging PP injection edge banding to reduce impact and moisture exposure
Freestanding bolted assemblySteel posts, cross rails, ladder and cabinet modules form a knockdown apartment-style assembly with floor-contact end caps
Reference Reassembly CountMain joints should support 5controlled assembly cycles
PRODUCT MODULE 05 / 06

Packaging & Logistics

Verified carton / gross weight / assembly / loading data

Data source: Reference for export quotations and container planning.

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 roomSuitable for three-resident rooms where sleeping, study and storage must fit one wall
Staff accommodationSuitable for factory, hospital and institutional staff quarters requiring durable high-occupancy furniture
Boarding school apartmentFits supervised housing requiring separated beds, ladder access and individual desk storage
University postgraduate housingSuitable for compact multi-occupant apartments combining bedroom and workstation functions
Temporary worker housingSuitable for project-site and modular accommodation with standardized room layouts
Budget hostel renovationCan serve high-density resident rooms where durable metal construction and easy cleaning are priorities
Small apartment shared bedroomAppropriate where a wall-length integrated unit replaces separate beds, desks and bookcases
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

The Three-Person Multifunctional Combined Cabinet Student Apartment Bed JHY-011 is an integrated steel-and-wood sleeping, study, and storage system designed for compact multi-occupant rooms. Its layout combines two raised sleeping platforms with one lower sleeping position, allowing three residents to use a single coordinated unit. The front vertical ladder gives access to the upper bunks, while continuous steel guardrails enclose the exposed edges of the elevated sleeping areas, with solid panel infill at the ends. Below the left upper bunk, a long built-in desktop forms a study workstation for writing, computer work, and personal storage placement. Overhead open shelves with vertical dividers organize books and personal items, and three drawers beneath the desktop provide separate storage for smaller belongings. Open knee spaces and side panels create divided seating and storage zones for desk users. The structure uses a painted steel tube frame with sectioned outer uprights, central support tubes, load rails, horizontal bracing, and slat support rails beneath each wooden bed base. The sleeping platforms use solid Chinese fir boards, planed on four sides, supported by fir slats. The head and foot panels are built on melamine-faced MDF substrates with injection-molded panel faces and seamless anti-aging PP edge banding. The ladder has a welded square-tube frame and five cold-rolled patterned anti-slip steel treads. Design load references include 300 kg per sleeping position for the steel frame, 150 kg distributed load per bunk platform, 120 kg concentrated load per ladder tread, 80 kg total distributed working load for the cabinet desktop, 25 kg per open shelf level, and 15 kg per drawer. This unit is suited to student dormitory rooms, boarding school apartments, university postgraduate housing, staff quarters, temporary worker accommodation, and budget hostel renovations. It is particularly appropriate where sleeping, study, and storage functions must be organized along one wall in a standardized room.Buyers should also verify room dimensions, circulation space around the ladder, mattress compatibility, maintenance access, and replacement or support arrangements before ordering.

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