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Assistive Living Devices

Product Overview

 

The Marine Desktop Shoe Drying Machine provides rapid, controlled moisture removal for leather deck shoes, rubber safety boots, and technical waterproof footwear. Designed specifically for shipboard accommodation and offshore living quarters where interior humidity is elevated, this compact unit utilizes an enclosed, low-wattage thermal circulation architecture. It eliminates trapped moisture, prevents salt-crystallization stiffness, and inhibits microbial growth inside footwear without degrading technical membranes.

 
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Product Structure & Configuration

 

Chassis & Enclosure

Flame-retardant ABS+PC polymer housing, UV-stabilized against marine solar exposure.

01

Air Delivery Architecture

Dual-port centrifugal blower paired with stainless steel (SUS304) telescopic air ducts.

02

Thermal Engine

Self-regulating Positive Temperature Coefficient (PTC) heating element with secondary thermal fuse cutoff.

03

Control Interface

IP54-rated tactile push-button panel with digital LED status display.

04

Power Input Module

Detachable marine-grade power cord with strain-relief grommet; internal multi-voltage switching regulator.

05

 

Marine Wall Shoe Dryer

 

Key Features

Targeted Thermal Regulation: Maintains a stable drying threshold of 45C to 55C, preventing high-heat delamination of cemented shoe soles and waterproof laminates.


Dual-Voltage Adaptability: Operates interchangeably on standard vessel grid power (110V-240V AC) or direct onboard DC circuits (12V/24V options available for specialized outfitting projects).


Compact Footprint: Measures 280 mm x 180 mm x 110 mm; weighs 1.4 kg, securing easily on cramped navigation desks, locker tops, or workspace surfaces.


Quiet Operational Profile: Generates under 45 dB during full blower output, suitable for continuous operation in crew quarters or guest staterooms.


Sanitization Cycle: Integrated ozone/UV-C sterilization module neutralizes odor-causing bacteria and mold spores standard in marine climates.

 

Materials & Construction
 

Internal Ducting

SUS304 Austenitic Stainless Steel resists pitting corrosion from salt spray and marine air.

Heating Core

Aluminum fin-type PTC heater for rapid thermal transfer and automatic current stabilization.

Outer Casing

Textured matte finish prevents fingerprint smudges and resists mild chemical cleaners used in shipboard sanitation.

Sealing

Silicone gaskets isolate internal PCBA compartments from condensation ingress.

 

Technical Specifications

 

Specification Item

Shipboard Outfitting Parameter

Input Voltage

AC 100-240V (50/60 Hz) or DC 12V/24V (Optional)

Rated Power

85W - 120W (Model dependent)

Drying Temperature

48°C +/- 5°C controlled output

Timer Settings

1, 2, 4, 8 hours continuous or manual override

Ingress Protection

IP52 (Control panel and chassis joints)

Dimensions (L x W x H)

280 mm x 180 mm x 110 mm

Net Weight

1.4 kg

Compliance Standards

CE, RoHS, EMC compliant for marine accommodation

 

 

Applications

Superyacht Interiors: Integrated into crew utility lockers or owner/guest mudrooms for silent, post-deck-watch boot drying.


Commercial Fishing & Workboats: Deployed in wheelhouses and accommodation corridors to maintain dry footwear through multi-shift operations in heavy seas.


Offshore Accommodation Modules: Fitted in rig and platform mudrooms for technicians transitioning between outdoor deck operations and indoor living areas.


Marine Training & Club Facilities: Utilized in coastal and marina facility locker rooms for member gear turnaround.

Fold Up Clothes Dryer

 

 
Manufacturing & Quality Control
 
01/

PCB Conformal Coating: All internal printed circuit boards receive a double-layer acrylic conformal coating to withstand salt-fog exposure and high ambient humidity.

02/

Thermal Aging Test: 100% of units undergo a 4-hour continuous burn-in test at elevated ambient temperatures prior to final packaging.

03/

Electrical Safety Screening: Automated test benches verify dielectric withstand voltage (Hi-Pot test at 1500V AC/1min) and earth continuity.

04/

Component Traceability: Laser-etched serial numbers on internal heating modules link directly to component test records.

 

OEM & Customization

 

1

Enclosure Branding

Custom laser engraving or pad printing of corporate logos on the main chassis faceplate.

2

Electrical Configuration

Tailored input plug variants (Schuko CEE 7/4, NEMA 5-15, UK BS 1363, or direct DC ring terminals).

3

Firmware Adjustment

Customized default timer profiles or temperature ceilings matching specific institutional standards.

4

Packaging Solutions

ISTA-certified drop-tested master cartons customized with project-specific trade labels and barcode integration.

 

FAQ

 

Q: Can this unit run safely on a vessel's 12V/24V DC battery bank without an inverter?

A: Yes. We offer an optional DC-configured variant featuring direct-wire terminals or a heavy-duty cigarette lighter plug equipped with an internal low-voltage cutoff to protect vessel battery banks from over-discharge.

Q: What prevents the heating element from melting delicate leather or high-tech waterproof boot linings?

A: The unit relies on a self-regulating PTC (Positive Temperature Coefficient) ceramic heating matrix. As the internal air temperature approaches 55C, electrical resistance increases automatically, capping thermal output without relying on failure-prone mechanical thermostats.

Q: How does the device handle corrosive marine salt spray within accommodation spaces?

A: All internal fasteners and air tubes utilize SUS304 stainless steel. The main electronic control board is sealed with a specialized acrylic conformal coating that blocks moisture and airborne salinity.

Q: What is the standard Minimum Order Quantity (MOQ) for project-specific custom outfitting orders?

A: Our standard MOQ for custom logo printing and tailored colorways starts at 500 units per batch. For fully customized DC voltage specifications or unique housing molds, MOQ thresholds are evaluated per project engineering scope.

Q: What electrical and environmental compliance documentation is provided for vessel project clearance?

A: Production batches carry full CE (LVD and EMC directives) and RoHS declarations of conformity. Test reports and full technical construction files (TCF) are available to verified project managers upon request.

Q: What is the standard production lead time for project outfitting batches?

A: Standard project production runs require 25 to 30 calendar days following receipt of deposit and final technical sign-off. Evaluation samples ship within 3 business days from our logistics hub.

As one of the most professional assistive living devices manufacturers and suppliers in China, we're featured by quality products and low price. Please rest assured to buy customized assistive living devices made in China here from our factory. Contact us for pricelist and quotation.

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