Three-Person Luxury Student Apartment Bed with Integrated Study Desk and Storage Staircase (model JHY-006) is listed under Dormitory Loft Beds. Dimensions: 4530 × 900 × 2100 mm. Materials: 72 x 72 x 1.2 mm special C-shaped steel tubes with light gray coated finish. Load capacity: 2.5 mm patterned cold-rolled steel plate with anti-slip texture. Product Features: Student, dormitory, furniture, integrated, bunk, bed, steel, frame, storage, staircase, desk-and-wardrobe, combination. This page consolidates 6 groups of specifications, with metric and imperial units. 1 supplier(s) are listed and you can request a quote online.
| Brand | JINHONGYE | Model | JHY-006 |
| Overall dimensions (W × D × H) | 4530 × 900 × 2100 mm | Single sleeping position layout | Three sleeping positions across two upper decks and one lower deck |
| Side Rail Thickness | 40 mm | Slat Spacing | 80 mm |
| Center Support Leg Count | Recommended 6legs | Sleeping capacity | 3 students |
| Stair tread surface load design | 2.5 mm patterned cold-rolled steel plate with anti-slip texture | Bed board decking specification | Fir boards at 15 mm minimum thickness, planed on four sides |
| Steel frame post wall thickness | 1.2 mm for main posts and bed side rails | Secondary frame wall thickness | 1.0 mm for rails, guardrails, center supports, and secondary square tubes |
| Center support count | 5 support rails per sleeping position | Engineering net weight | 420 kg |
| Engineering vertical static load per bed | 150 kg | Sleeping occupant capacity | 3 separate student sleeping positions |
| Static load per sleeping position | 150 kg vertical static load per bed | Outer vertical frame posts | 72 x 72 x 1.2 mm special C-shaped steel tubes with light gray coated finish |
| Intermediate vertical posts | 60 x 60 x 1.2 mm square steel tubes forming the central load-bearing frame | Bed side load rails | 30 x 90 x 1.2 mm special C-shaped steel tubes supporting the sleeping platform |
| Horizontal connecting frame | 25 x 50 x 1.0 mm square steel tubes connected to the vertical posts | Secondary frame and guardrails | 25 x 25 x 1.0 mm square steel tubes used for auxiliary framing and perimeter protection |
| Under-bed support members | 20 x 50 x 1.0 mm square steel tubes, five pieces per bed, supporting the wood deck | Storage staircase frame | 25 x 25 x 1.2 mm square tube with integrated cabinet compartments |
| Stair treads | 2.5 mm cold-rolled steel plates formed with patterned anti-slip surfaces | Sleeping deck boards | Solid fir boards at 15 mm minimum thickness, planed on four sides |
| Study desk worktop and cabinet panels | 16 mm fine woodworking board or multilayer board with light wood-grain visible facing | Desk back panel | 5 mm backing panel fitted behind the integrated study and shelving unit |
| Storage fronts and visible panels | Wood-grain door, drawer, and stair-cabinet fronts with metallic bar handles | Three-position sleeping arrangement | Two elevated sleeping decks and one lower deck provide separate sleeping positions for three students |
| Integrated study workstation | A continuous desk beneath the left elevated bed provides writing and computer workspace for seated use | Open bookcase storage | Multi-compartment open shelving above the desk provides 12 visible storage cubbies for books and personal items |
| Three-position sleeping layout | Two elevated decks and one lower deck provide three separate 900 mm-class sleeping positions | Drawer and cabinet storage | Lower workstation combines 3 drawers and 6 cabinet doors for locked or personal storage |
| Storage-stair access | Five stepped cabinet modules provide access to the upper deck while adding enclosed storage compartments | Upper-deck fall protection | Perimeter steel guardrails enclose exposed upper-bed edges with a 350 mm protective height above deck support |
| Anti-slip stair walking surface | 2.5 mm patterned steel treads provide friction during ascent and descent under 150 kg occupant loading | Mattress support system | Each bed uses a 15 mm fir deck over five 20 x 50 mm steel rails for distributed mattress support |
| Pedestal-based space division | Wardrobe, drawer, and stair cabinets separate sleeping, study, and circulation zones within one linear frame | Knockdown frame assembly | Bolted steel tube joints connect posts, rails, and panels for site assembly in student housing rooms |
| Cable and study-device accommodation | Desk back panel and open shelving allow laptop power routing with a 450 mm deep work surface | Reference Package Count | 1 set / 2 cartons |
| Reference Assembly Time | 40 minutes per set | Reference Package Dimensions | 2300× 900× 450 mm/carton in 4 cartons |
| Reference Packaged Gross Weight | 130 kg/set | Reference Packaging Volume | 0.9 m³/set |
| University dormitory rooms | Installs three sleepers, study seating, and personal storage in one 4530 mm linear system for shared student rooms | Student apartment bedrooms | Suitable for co-living apartments where sleeping, homework, laptop use, and clothing storage share one room |
| Boarding school accommodation | Provides durable steel-frame sleeping and study furniture for high-occupancy student residences | Staff or intern housing | Fits budget accommodation needing compact beds, desk space, and lockable-style cabinet storage |
| Temporary training facilities | Supports multi-occupant rooms during courses, camps, or trainee programs with durable anti-slip access | Small-space shared housing | Replaces separate beds, wardrobes, bookcases, and desks with one vertically organized module |
| Procurement bulk-furnishing projects | Suitable for standardized dormitory tenders requiring repeatable dimensions, materials, and replacement parts | — | — |
| Time | Field | Original Value | Corrected Value | Note / Status |
|---|---|---|---|---|
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Automatic mm / inch conversion · Core engineering specifications
Data source: Structured from factory data; final measured values prevail.
| Overall dimensions (W × D × H) | 4530 × 900 × 2100 mm | |
|---|---|---|
| Single sleeping position layout | Three sleeping positions across two upper decks and one lower deck | |
| Side Rail Thickness | 40 mm | |
| Slat Spacing | 80 mm | |
| Center Support Leg Count | Recommended 6legs |
Net weight / load capacity / users / durability
Data source: Product performance data; verify exact test conditions before procurement.
| Sleeping capacity | 3 students | |
|---|---|---|
| Stair tread surface load design | 2.5 mm patterned cold-rolled steel plate with anti-slip texture | |
| Bed board decking specification | Fir boards at 15 mm minimum thickness, planed on four sides | |
| Steel frame post wall thickness | 1.2 mm for main posts and bed side rails | |
| Secondary frame wall thickness | 1.0 mm for rails, guardrails, center supports, and secondary square tubes | |
| Center support count | 5 support rails per sleeping position | |
| Engineering net weight | 420 kg | |
| Engineering vertical static load per bed | 150 kg | |
| Sleeping occupant capacity | 3 separate student sleeping positions | |
| Static load per sleeping position | 150 kg vertical static load per bed |
Core acceptance fields · Panels / hardware / frame / upholstery
Data source: Subject to the factory material list and inspection report.
| Outer vertical frame posts | 72 x 72 x 1.2 mm special C-shaped steel tubes with light gray coated finish | |
|---|---|---|
| Intermediate vertical posts | 60 x 60 x 1.2 mm square steel tubes forming the central load-bearing frame | |
| Bed side load rails | 30 x 90 x 1.2 mm special C-shaped steel tubes supporting the sleeping platform | |
| Horizontal connecting frame | 25 x 50 x 1.0 mm square steel tubes connected to the vertical posts | |
| Secondary frame and guardrails | 25 x 25 x 1.0 mm square steel tubes used for auxiliary framing and perimeter protection | |
| Under-bed support members | 20 x 50 x 1.0 mm square steel tubes, five pieces per bed, supporting the wood deck | |
| Storage staircase frame | 25 x 25 x 1.2 mm square tube with integrated cabinet compartments | |
| Stair treads | 2.5 mm cold-rolled steel plates formed with patterned anti-slip surfaces | |
| Sleeping deck boards | Solid fir boards at 15 mm minimum thickness, planed on four sides | |
| Study desk worktop and cabinet panels | 16 mm fine woodworking board or multilayer board with light wood-grain visible facing | |
| Desk back panel | 5 mm backing panel fitted behind the integrated study and shelving unit | |
| Storage fronts and visible panels | Wood-grain door, drawer, and stair-cabinet fronts with metallic bar handles |
Adjustment / rotation / tilt / mobility / storage features
Data source: Functional configuration; the supplier specification prevails.
| Three-position sleeping arrangement | Two elevated sleeping decks and one lower deck provide separate sleeping positions for three students | |
|---|---|---|
| Integrated study workstation | A continuous desk beneath the left elevated bed provides writing and computer workspace for seated use | |
| Open bookcase storage | Multi-compartment open shelving above the desk provides 12 visible storage cubbies for books and personal items | |
| Three-position sleeping layout | Two elevated decks and one lower deck provide three separate 900 mm-class sleeping positions | |
| Drawer and cabinet storage | Lower workstation combines 3 drawers and 6 cabinet doors for locked or personal storage | |
| Storage-stair access | Five stepped cabinet modules provide access to the upper deck while adding enclosed storage compartments | |
| Upper-deck fall protection | Perimeter steel guardrails enclose exposed upper-bed edges with a 350 mm protective height above deck support | |
| Anti-slip stair walking surface | 2.5 mm patterned steel treads provide friction during ascent and descent under 150 kg occupant loading | |
| Mattress support system | Each bed uses a 15 mm fir deck over five 20 x 50 mm steel rails for distributed mattress support | |
| Pedestal-based space division | Wardrobe, drawer, and stair cabinets separate sleeping, study, and circulation zones within one linear frame | |
| Knockdown frame assembly | Bolted steel tube joints connect posts, rails, and panels for site assembly in student housing rooms | |
| Cable and study-device accommodation | Desk back panel and open shelving allow laptop power routing with a 450 mm deep work surface |
Verified carton / gross weight / assembly / loading data
Data source: Reference for export quotations and container planning.
| Reference Package Count | 1 set / 2 cartons | |
|---|---|---|
| Reference Assembly Time | 40 minutes per set | |
| Reference Package Dimensions | 2300× 900× 450 mm/carton in 4 cartons | |
| Reference Packaged Gross Weight | 130 kg/set | |
| Reference Packaging Volume | 0.9 m³/set |
Recommended spaces / users / usage modes
Data source: Recommended applications based on product form and category.
| University dormitory rooms | Installs three sleepers, study seating, and personal storage in one 4530 mm linear system for shared student rooms | |
|---|---|---|
| Student apartment bedrooms | Suitable for co-living apartments where sleeping, homework, laptop use, and clothing storage share one room | |
| Boarding school accommodation | Provides durable steel-frame sleeping and study furniture for high-occupancy student residences | |
| Staff or intern housing | Fits budget accommodation needing compact beds, desk space, and lockable-style cabinet storage | |
| Temporary training facilities | Supports multi-occupant rooms during courses, camps, or trainee programs with durable anti-slip access | |
| Small-space shared housing | Replaces separate beds, wardrobes, bookcases, and desks with one vertically organized module | |
| Procurement bulk-furnishing projects | Suitable for standardized dormitory tenders requiring repeatable dimensions, materials, and replacement parts |
EU Market Access Requirements* EN Standards
Standards applicable to China-market projects
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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