JHY-008 Four-Person Multifunctional Combined Student Apartment Bed (model JHY-008) is listed under Dormitory Loft Beds. Dimensions: 5920 × 900 × 2100 mm. Materials: 72 x 72 x 1.2 mm special C-shaped steel tubes forming the principal vertical load-bearing frame. Load capacity: 150 kg. Product Features: Student, dormitory, style, combined, bunk-bed, structure, steel-and-wood, construction, integrated, desk, and, storage. This page consolidates 6 groups of specifications and GB / EN standard references, with metric and imperial units. 1 supplier(s) are listed and you can request a quote online.
| Brand | JINHONGYE | Model | JHY-008 |
| Overall dimensions (W × D × H) | 5920 × 900 × 2100 mm | Side Rail Thickness | 40 mm |
| Slat Spacing | 80 mm | Center Support Leg Count | Recommended 6legs |
| Recommended occupants | 4 students, with one dedicated sleeping berth per person | Bed board support count | 5 center support rails per sleeping berth |
| Recommended static load per bed board | 150 kg | Recommended desk distributed load | 50 kg per study station |
| Recommended drawer load | 10 kg per drawer | Recommended cabinet shelf load | 20 kg per shelf |
| Ladder tread step load | 120 kg per tread | Frame joint durability reference | 10000 ladder-climbing cycles |
| Bed-board impact acceptance reference | 100 mm drop impact with a 25 kg sandbag at 3 points per berth | Bed Static Load Reference | 400 kg |
| Main side uprights | 72 x 72 x 1.2 mm special C-shaped steel tubes forming the principal vertical load-bearing frame | Center uprights | 60 x 60 x 1.2 mm square steel tubes supporting intermediate bed-frame connections |
| Horizontal connecting frame | 25 x 50 x 1.0 mm square steel tubes linking uprights and stabilizing the longitudinal structure | Bed-side load beams | 30 x 90 x 1.2 mm special C-shaped steel sections supporting the perimeter of each sleeping platform |
| Under-bed support rails | 20 x 50 x 1.0 mm square steel tubes, 5 pieces per berth, supporting the wood bed boards | Ladder frame | 25 x 25 x 1.2 mm square steel uprights with welded or mechanically fixed horizontal rungs |
| Ladder treads | 1.5 mm cold-rolled steel plates with patterned anti-slip surface for safer climbing | Guardrails | 25 x 25 x 1.0 mm square steel tubes forming raised perimeter protection on upper berths |
| Bed boards | Solid Chinese fir boards at 15 mm minimum thickness, planed on four sides | Study desk worktops | 16 mm fine carpentry board or multilayer board with dark wood-grain visible surface |
| Desk back panels | 5 mm medium-density fiberboard used as vertical backing for the integrated desk and shelving units | Foot protection | Dark non-marking pads or caps at floor-contact upright ends, visible on the rendered frame |
| Integrated sleeping and study layout | Combines four sleeping berths with two desk workstations and cabinet storage in one linear dormitory unit | Vertical access ladders | Two fixed vertical ladders provide access to elevated berths through clearly separated climbing lanes |
| Anti-slip climbing surface | Patterned 1.5 mm steel tread plates increase shoe grip during ascent and descent | Upper-berth fall protection | Raised tubular guardrails surround exposed edges of the three elevated sleeping platforms |
| Integrated study stations | Two desk bays provide separate writing surfaces, knee openings, drawers, and overhead shelving | Drawer storage | Each study station includes multiple drawers for stationery and personal items, with metal slides to be specified by the supplier |
| Cabinet storage | Closed side cabinets and open shelf compartments provide clothing, book, and personal-item storage | Knee-space design | Receded cabinet panels and central supports create seated leg clearance at each study position |
| Bed-board ventilation | Separate planed wood boards allow air circulation beneath the mattress | Fixed room placement | The continuous frame is intended for fixed dormitory installation rather than frequent movement |
| Reference Reassembly Count | Main joints should support 5controlled assembly cycles | Largest carton dimensions | 2450 x 650 x 220 mm |
| Total gross weight | 320 kg | Total carton volume | 1.45 CBM |
| 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 | Student dormitory rooms | Suitable for four residents where sleeping, study, and storage must be integrated within a compact wall-length footprint |
| Boarding schools | Supports supervised residential facilities with standardized rooms and durable steel-frame furniture | University apartments | Fits shared graduate or undergraduate units requiring separate study desks and individual sleeping berths |
| Staff dormitories | Suitable for factory, hospital, or project housing needing high-density occupancy without separate desk furniture | Training centers and hostels | Provides durable accommodation for long-stay trainees or budget residents with book and personal storage |
| Small shared bedrooms | Best placed along a continuous wall with clear ladder landing space and unobstructed evacuation access | Procurement configuration | Recommended for projects requiring uniform room modules, replaceable panel parts, and centralized hardware assembly |
| 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) | 5920 × 900 × 2100 mm | |
|---|---|---|
| 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.
| Recommended occupants | 4 students, with one dedicated sleeping berth per person | |
|---|---|---|
| Bed board support count | 5 center support rails per sleeping berth | |
| Recommended static load per bed board | 150 kg | |
| Recommended desk distributed load | 50 kg per study station | |
| Recommended drawer load | 10 kg per drawer | |
| Recommended cabinet shelf load | 20 kg per shelf | |
| Ladder tread step load | 120 kg per tread | |
| Frame joint durability reference | 10000 ladder-climbing cycles | |
| Bed-board impact acceptance reference | 100 mm drop impact with a 25 kg sandbag at 3 points per berth | |
| Bed Static Load Reference | 400 kg |
Core acceptance fields · Panels / hardware / frame / upholstery
Data source: Subject to the factory material list and inspection report.
| Main side uprights | 72 x 72 x 1.2 mm special C-shaped steel tubes forming the principal vertical load-bearing frame | |
|---|---|---|
| Center uprights | 60 x 60 x 1.2 mm square steel tubes supporting intermediate bed-frame connections | |
| Horizontal connecting frame | 25 x 50 x 1.0 mm square steel tubes linking uprights and stabilizing the longitudinal structure | |
| Bed-side load beams | 30 x 90 x 1.2 mm special C-shaped steel sections supporting the perimeter of each sleeping platform | |
| Under-bed support rails | 20 x 50 x 1.0 mm square steel tubes, 5 pieces per berth, supporting the wood bed boards | |
| Ladder frame | 25 x 25 x 1.2 mm square steel uprights with welded or mechanically fixed horizontal rungs | |
| Ladder treads | 1.5 mm cold-rolled steel plates with patterned anti-slip surface for safer climbing | |
| Guardrails | 25 x 25 x 1.0 mm square steel tubes forming raised perimeter protection on upper berths | |
| Bed boards | Solid Chinese fir boards at 15 mm minimum thickness, planed on four sides | |
| Study desk worktops | 16 mm fine carpentry board or multilayer board with dark wood-grain visible surface | |
| Desk back panels | 5 mm medium-density fiberboard used as vertical backing for the integrated desk and shelving units | |
| Foot protection | Dark non-marking pads or caps at floor-contact upright ends, visible on the rendered frame |
Adjustment / rotation / tilt / mobility / storage features
Data source: Functional configuration; the supplier specification prevails.
| Integrated sleeping and study layout | Combines four sleeping berths with two desk workstations and cabinet storage in one linear dormitory unit | |
|---|---|---|
| Vertical access ladders | Two fixed vertical ladders provide access to elevated berths through clearly separated climbing lanes | |
| Anti-slip climbing surface | Patterned 1.5 mm steel tread plates increase shoe grip during ascent and descent | |
| Upper-berth fall protection | Raised tubular guardrails surround exposed edges of the three elevated sleeping platforms | |
| Integrated study stations | Two desk bays provide separate writing surfaces, knee openings, drawers, and overhead shelving | |
| Drawer storage | Each study station includes multiple drawers for stationery and personal items, with metal slides to be specified by the supplier | |
| Cabinet storage | Closed side cabinets and open shelf compartments provide clothing, book, and personal-item storage | |
| Knee-space design | Receded cabinet panels and central supports create seated leg clearance at each study position | |
| Bed-board ventilation | Separate planed wood boards allow air circulation beneath the mattress | |
| Fixed room placement | The continuous frame is intended for fixed dormitory installation rather than frequent movement | |
| Reference Reassembly Count | Main joints should support 5controlled assembly cycles |
Verified carton / gross weight / assembly / loading data
Data source: Reference for export quotations and container planning.
| Largest carton dimensions | 2450 x 650 x 220 mm | |
|---|---|---|
| Total gross weight | 320 kg | |
| Total carton volume | 1.45 CBM | |
| 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.
| Student dormitory rooms | Suitable for four residents where sleeping, study, and storage must be integrated within a compact wall-length footprint | |
|---|---|---|
| Boarding schools | Supports supervised residential facilities with standardized rooms and durable steel-frame furniture | |
| University apartments | Fits shared graduate or undergraduate units requiring separate study desks and individual sleeping berths | |
| Staff dormitories | Suitable for factory, hospital, or project housing needing high-density occupancy without separate desk furniture | |
| Training centers and hostels | Provides durable accommodation for long-stay trainees or budget residents with book and personal storage | |
| Small shared bedrooms | Best placed along a continuous wall with clear ladder landing space and unobstructed evacuation access | |
| Procurement configuration | Recommended for projects requiring uniform room modules, replaceable panel parts, and centralized hardware assembly |
EU Market Access Requirements* EN Standards
| Furniture safety strength and stability | EN 12521 applies as a safety, strength, and durability reference for student-dormitory storage and desk furniture | |
|---|---|---|
| Bunk bed and high bed safety | EN 747 applies as a high-bed safety reference for guardrails, access means, and structural test methods | |
| Furniture emissions evaluation | EN 16516 applies as a reference test method for volatile organic compound emissions from panel components | |
| Surface friction and anti-slip reference | EN 13893 applies as a floor-covering friction reference method when evaluating ladder-step slip performance under defined test conditions |
Standards applicable to China-market projects
| Dormitory bed safety and dimensions | GB/T 3328 applies as a furniture bed dimension and structural acceptance reference for sleeping-berth sizing, guardrails, and stability | |
|---|---|---|
| Wood-based panel formaldehyde control | GB 18580 applies as the emission acceptance reference for the 16 mm desk panels and 5 mm fiberboard backing | |
| Steel furniture structural reference | GB/T 3325 applies as a metal furniture technical requirement reference for tube strength, coating, joints, and stability | |
| Furniture mechanical test reference | GB/T 10357.1 through GB/T 10357.7 apply as test-method references for strength, durability, and stability verification |
This product must meet the following technical requirements: 1. Dormitory bed safety and dimensions: GB/T 3328 applies as a furniture bed dimension and structural acceptance reference for sleeping-berth sizing, guardrails, and stability; 2. Wood-based panel formaldehyde control: GB 18580 applies as the emission acceptance reference for the 16 mm desk panels and 5 mm fiberboard backing; 3. Steel furniture structural reference: GB/T 3325 applies as a metal furniture technical requirement reference for tube strength, coating, joints, and stability; 4. Furniture mechanical test reference: GB/T 10357.1 through GB/T 10357.7 apply as test-method references for strength, durability, and stability verification; Final delivery parameters, test reports, and acceptance criteria are subject to the purchase contract.
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