ENGINEERING STRUCTURAL BREAKDOWN

Spring System Works in Real Operation
NOTE
  •  ANSI/WCMA A100.1(U.S. Window Covering Safety Standard)
  • CPSC 16 CFR 1260(U.S. Federal Mandatory Cordless Rule)
  • EN 13120(European Child Safety Standard for Window Coverings)
  • AS/NZS 60335.2.97(Australia & New Zealand Safety Standard for Motorized Blinds)

At DOSRON, our cordless systems are engineered to eliminate exposed cords and hazardous loops — reducing strangulation risks at the source. Every architecture is developed in alignment with key global child-safety standards:

  • ANSI/WCMA A100.1(U.S. Window Covering Safety Standard)
  • CPSC 16 CFR 1260(U.S. Federal Mandatory Cordless Rule)
  • EN 13120(European Child Safety Standard for Window Coverings)
  • AS/NZS 60335.2.97(Australia & New Zealand Safety Standard for Motorized Blinds)

Because protecting children is not a feature upgrade.It is the starting point of responsible engineering.

Honeycomb Shade Components for Cordless and Motorized Cellular Blinds


Quick Summary — Honeycomb Shade Components for OEM/ODM Projects

Honeycomb Shade Components from DOSRON provide a modular hardware platform for cordless and motorized cellular blinds.
The kit covers aluminum headrails, bottom rails, side channels,
cordless spring or tubular-motor drives, brackets, end-caps and handles.
All parts are tuned for smooth lifting, stable hover and child-safe cordless operation,
with OEM/ODM options to match different cell sizes, fabrics and regional standards.

  • Designed for 25 mm / 38 mm single- or double-cell honeycomb shades.
  • Supports cordless spring, push-up handle, and 25–28 mm battery tubular motor drives.
  • Typical shade width 600–2,400 mm; drop up to 3,000 mm (depending on fabric mass and drive option).
  • Meets child-safety and low-noise requirements for bedrooms, nurseries, RVs, and small offices.

Core keywords: Honeycomb Shade Components, cordless honeycomb blind hardware, cellular shade headrail kit, honeycomb blind brackets, tubular motor honeycomb shade, child safe honeycomb shades, DOSRON honeycomb system.

L Series System Mechanism DOSRON Honeycomb Shade Components

1. Overview of DOSRON Honeycomb Shade Components

DOSRON’s Honeycomb Shade Components are engineered as a complete hardware platform
for cellular blinds in living rooms, bedrooms, nurseries and light-commercial spaces.
The system combines extruded aluminum headrails and bottom rails,
POM-engineered drive modules, fabric-friendly clips and soft-touch handles
to protect delicate honeycomb fabrics while keeping operation intuitive and safe.

Depending on your market positioning, the same core component set can be configured as:

  • Cordless spring honeycomb shade with push-up/pull-down bottom rail.
  • Motorized honeycomb shade using 25 mm or 28 mm battery tubular motors for remote/app control. :contentReference[oaicite:0]{index=0}
  • Hybrid configuration where the motor can be operated manually in case of power loss.

2. Component Breakdown for Honeycomb Shades

2.1 Headrail & Mounting System

  • Headrail profile: Extruded aluminum (6063-T5), typical section 45–55 mm wide, wall thickness 1.0–1.2 mm.
  • Surface finish: Powder-coated or anodized in white, off-white, black or custom RAL colors.
  • Mounting brackets: Steel or aluminum snap-in brackets for inside, outside or ceiling mount.
  • Drive cavity: Internal cavity sized for spring box or 25/28 mm tubular motors.

2.2 Lift System Options

Cordless Spring Lift for Honeycomb Shades L Series System Mechanism

2.2.1 Cordless Spring Lift for Honeycomb Shades

  • Spiral spring module housed in POM engineering plastic with 301 stainless-steel spring steel.
  • Rated torque bands tuned to fabric mass (g/m²), cell size and width to ensure stable hover at any height.
  • Hold-at-any-position: Guided friction and optimized torque prevent snap-up or unintended drop.
  • Typical life: ≥10,000 cycles in standard indoor conditions (0–40 °C, non-condensing).

2.2.2 Motorized Honeycomb Shade Components

For projects requiring remote, app or smart-home control, DOSRON integrates 25 mm / 28 mm battery tubular motors
with the same honeycomb headrail platform. Key parameters (representative models):

  • Diameter: 25 mm motor body, compatible with 28 mm / 32 mm / 38 mm tubes via adapters.
  • Rated torque: 0.4–0.7 Nm for small to medium honeycomb shades.
  • Rated speed: 25–28 rpm for comfortable travel speed.
  • Battery packs: 2,600 mAh or 5,200 mAh Li-ion, 5 V charging, IP20 indoor protection. :contentReference[oaicite:1]{index=1}
  • Control: Multi-channel remote, push-button on motor head, upper/lower limits and intermediate positions.

2.3 Fabric Interface & Clips

  • Fabric attachment rail: PVC or aluminum rail with double-sided tape or clip-in groove to avoid needle holes.
  • Cell sizes: Compatible with 25 mm and 38 mm single-cell; optional support for double-cell constructions.
  • Light-gap control: Side-channel and bottom seal options for blackout honeycomb shades.

2.4 Bottom Rail & Handle

  • Bottom rail profile: Slim aluminum or PVC with integrated gasket to protect the sill and reduce noise.
  • Push handle: Soft-touch handle or recessed grip for cordless operation.
  • Optional guide wires: For skylight, RV or high-draft applications where sway must be limited.

2.5 Brackets, End Caps & Accessories

  • Universal brackets (inside/outside/ceiling) with easy-click installation.
  • End caps for headrail, bottom rail and tubes to cover sharp edges and protect fabric.
  • Side-channel hardware for blackout or high-privacy applications.

3. Technical Specifications for Honeycomb Shade Components

Item Specification (Reference)
Compatible cell sizes 25 mm / 38 mm single-cell; double-cell on request
Recommended shade width 600–2,400 mm (cordless); up to 2,600 mm with motor, depending on fabric
Recommended shade drop Up to 3,000 mm (standard indoor conditions)
Headrail material Aluminum 6063-T5, powder-coated / anodized
Drive options Cordless spiral spring; 25 mm / 28 mm battery tubular motor
Spring module life ≥10,000 cycles under normal operating load
Motor battery capacity 2,600 mAh / 5,200 mAh Li-ion, 5 V charging, IP20 indoor use :contentReference[oaicite:2]{index=2}
Operating temperature 0–40 °C, non-condensing indoor environment :contentReference[oaicite:3]{index=3}
Noise level (typical) <40 dB at 1 m (motorized); near-silent spring return

4. Application Scenarios for Honeycomb Shade Components

Cordless honeycomb shade components in bedroom application Specify DOSRON Honeycomb Shade Components

  • Bedrooms & nurseries: Cordless configuration removes exposed cords, improving child safety and visual calm.
  • Living rooms & home offices: Light-filtering or blackout honeycomb fabrics with side-channels for better glare and privacy control.
  • Small commercial spaces: Meeting rooms, clinics and boutique stores needing quiet and energy-efficient shading.
  • RVs and mobile homes: Compact, vibration-tolerant hardware with guide wires to reduce sway.

5. OEM/ODM Options for Honeycomb Shade Components

DOSRON supports OEM/ODM customization around the same Honeycomb Shade Components platform so that brands can
differentiate at the catalog level while keeping component standardization in the background.

  • Profile customization: Headrail/bottom rail shapes, decorative fascias and color-matched end caps.
  • Drive tuning: Spring torque bands matched to your fabric portfolio and size ladder.
  • Motor integration: Pre-configured tubular motors with custom remotes, channels and app ecosystems. :contentReference[oaicite:4]{index=4}
  • Compliance support: Guidance for aligning your finished honeycomb shade with child-safety standards and retailer requirements.
  • Packaging & labeling: White-label boxes, barcode labels and installation manuals.

6. How to Specify DOSRON Honeycomb Shade Components

To help DOSRON quickly match the right Honeycomb Shade Components to your project,
please send the following information:

  1. Shade size range: Minimum / maximum width × drop (mm) you plan to offer.
  2. Fabric data: Cell size (mm), construction (single/double), fabric weight (g/m²), light-filtering or blackout.
  3. Target drive type: Cordless spring only, motorized only, or hybrid roadmap.
  4. Mounting type: Inside mount, outside mount, wall/ceiling, skylight, RV, etc.
  5. Market & channels: Retail / DIY kit, OEM supply, project business, e-commerce, etc.

Based on this, DOSRON can return a recommended component list (headrail, tubes, spring modules or motors,
brackets, handles, side-channels), along with torque bands, size charts and pre-tension recommendations for your engineering team.

8. FAQ — Honeycomb Shade Components

What sizes can DOSRON Honeycomb Shade Components support?

Typical cordless ranges are 600–2,400 mm wide and up to 3,000 mm high. Larger widths may be possible with motorized drives, depending on fabric weight.

Can I use the same components for both single-cell and double-cell fabrics?

The headrail, brackets and most hardware can be shared. Spring torque bands and motor model selection may change when you move from single-cell to double-cell fabrics.

Are these Honeycomb Shade Components compliant with child-safety requirements?

The cordless spring and motorized configurations are designed to remove accessible pull cords and reduce entanglement risk. Final compliance depends on your complete product design and labeling.

Can I retrofit existing honeycomb shades to use DOSRON components?

In many cases yes, especially when headrail dimensions are similar. DOSRON can review drawings or samples and propose adapter parts where needed.

What information do you need for a quotation?

Send annual volume estimates, size ranges, preferred drive type (spring or motor), fabric specs and target market. DOSRON will provide a matching hardware BOM with MOQ and lead time.

Product Brief

DOSRON Honeycomb Shade Components offer a complete hardware platform for cordless
and motorized cellular blinds, including headrails, bottom rails, brackets, side channels, spring modules and battery tubular motors.
Optimized for 25 mm and 38 mm honeycomb fabrics, the system delivers smooth lifting, quiet operation and child-safe cordless façades
for bedrooms, nurseries, RVs and light-commercial spaces.
Suggested SEO meta description (≈150 characters):
Honeycomb Shade Components for cordless & motorized cellular blinds. Headrails, brackets, springs and motors tuned for smooth, child-safe honeycomb shades.

 

Capacity & Drop

R32 spring box Capacity & Drop

Spring Box PN.

Maximum Capacity /g

Support Maximum Drop /inch

Support Maximum Drop /cm

0.07*16*2000

   

0.08*16*2000

   

0.09*16*2000

   

0.10*16*2000

   

0.11*16*2000

   

 

R38 spring box Capacity & Drop

Spring Box PN.

Maximum Capacity /g

Support Maximum Drop /inch

Support Maximum Drop /cm

0.09*16*2000

   

0.10*16*2000

   

0.11*16*2000

   

0.12*16*2000

   

Why Us?

This will help you understand the differences between our products and those currently on the market.

Item

Electric tubular motors for cordless Spring Mechanism Roller BlindVSElectric tubular motors for cordless Spring Mechanism Roller BlindVSElectric tubular motors for cordless Spring Mechanism Roller Blind

Stablity

   

Force compensate

   

Assembly Safety

   

SKU

   

Lifecycle

   

Cost

   

Operation

   

Patents & Certifications

We design and manufacture cordless spring mechanisms and tubular motors for roller shades, honeycomb shades, zebrablinds, and venetian blinds,roman shades and more. Trusted by top international brands, DOSRON delivers scalableOEM/ODM solutions worldwide.

Get in touch

If you are interested in our solutions, please leave us a message. Let us provide a complete solution tailored to your specific situation.

Frequently Asked Question about Dosron

Q1: Is this Cordless Spring Drive suitable for motorized zebra blinds?

No. This system is engineered for manual cordless zebra blinds. Hybrid motor-spring platforms use different control logic.

Q2: How many Spring Boxes should I use?

It depends on measured fabric + bottom rail weight and required drop. Use the selection table to choose model and quantity per Shaft.

Q3: Why is pre-winding required before installation?

Pre-winding stores initial energy so the system enters the intended force band immediately. The Pin locks the pre-tension state.

Q4: Can a stronger Brake solve drift if the spring is mismatched?

Not reliably. The Spring Box defines the force band; the Brake only governs motion within it. Correct selection comes first.

Q5: Can different Spring Box models be mixed on one Shaft?

Yes, but only with proper load calculations to keep force distribution stable across the full travel.

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