Waterproof Cable & Connector
Solutions for Harsh-Environment Equipment
Custom waterproof cable assemblies, IP67 and IP68 connectors, and sealed wiring harnesses engineered around your device environment — outdoor installation, wet operation, dusty air, washdown cleaning, and marine exposure — so your equipment stays reliable long after commissioning.
Where Our Waterproof Connections Are Used
Every application has its own moisture, dust, temperature, and vibration profile. Instead of a one-size product list, we start from the equipment environment — so the cable, connector, and sealing method match how your device is actually installed and operated.
OUTDOOR
Outdoor Lighting Systems
UV-resistant jacket materials and sealed power connections withstand years of sun, rain, and thermal cycling — reducing on-site lamp failures and warranty replacements for streetlight, landscape, and façade projects.
SURVEILLANCE
Security & CCTV Equipment
Compact sealed connectors and shielded signal cables keep video, power, and data stable outdoors — protecting image quality and system uptime for camera makers and integrators deploying in harsh conditions.
IoT / SENSING
Waterproof Sensor Cables
Overmolded connector-to-cable transitions and tight sealing tolerances keep sensor signals clean in wet, dusty, and vibrating installations — helping OEMs deliver measurement accuracy customers can trust.
CONTROL BOX
Industrial Outdoor Cabinets
Matched power and control harnesses with proper gland selection and cable exits maintain enclosure integrity — helping automation and energy OEMs meet ingress ratings without rework at site.
MARINE
Marine & Wet Equipment
Corrosion-aware terminal plating and reinforced sealed exits resist salt-air degradation — extending service life for onboard electronics, dock systems, and equipment operating close to seawater.
WASHDOWN
Cleaning & Washdown Systems
Moisture-resistant jackets, sealed connection points, and easy-replacement designs handle repeated high-pressure spraying — keeping food-processing, agricultural, and hygiene equipment running between cleaning cycles.
Don't see your exact application? We build for equipment environments, not catalog SKUs.
Describe My Equipment Environment →Waterproof Failure Rarely Starts With
The IP Label — It Starts With The Details
Sealing structure, connector fit, jacket material, terminal quality, and assembly consistency all decide whether your equipment survives real conditions. Understanding where failure begins is how we help you prevent it — before mass production, not after field returns.
Water Ingress
Micro-gaps at connector interfaces let moisture reach terminals over time. Correct sealing structure and assembly control keep contacts dry so signals and power stay stable through service life.
Poor Sealing Design
A wrong O-ring size or unsupported overmold shape breaks the seal at cable exits. Matched sealing geometry protects the connection during flexing, thermal expansion, and long-term compression.
Connector Loosening
Vibration and repeated plug-in cycles gradually loosen locking features. Correct connector selection with locking design keeps the mating stable, protecting sealing performance on moving equipment.
Corrosion & Oxidation
Salt air and humidity attack unprotected metal, raising contact resistance and heat. Suitable plating and jacket materials slow degradation and keep resistance within spec across the deployment lifetime.
Signal Failure
Moisture-induced shorts and intermittent contacts corrupt data long before a full failure. Sealed shielding and clean terminal crimping preserve signal integrity for cameras, sensors, and control lines.
Batch Inconsistency
One good sample doesn't guarantee 10,000 good units. Documented process control and traceable inspection records help mass production match the sealing quality that was approved at prototype.
Matched to Your Equipment,
Not a Generic Cable List
Instead of pushing a single product line, we start from what your equipment does and where it operates. Below are the equipment types we regularly build sealed connection solutions for — each with its own selection considerations for cable, connector, and jacket.
OUTDOOR LIGHTING
Outdoor Lighting
- Waterproof power cables sized for the fixture load and installation run.
- Sealed connectors selected for the mounting method and service access.
- UV-resistant jacket options that hold up under years of sun exposure.
SECURITY & CCTV
Security & CCTV
- Compact waterproof connectors suited to camera housings and pole mounts.
- Stable signal transmission for video, PoE power, and data on outdoor runs.
- Outdoor cable assemblies with jackets rated for temperature swings.
INDUSTRIAL CABINETS
Industrial Outdoor Cabinets
- Power and control harnesses matched to the enclosure's cable entry plan.
- Waterproof gland and connector matching so ingress ratings hold at site.
- Traceable production records supporting field service and audits.
MARINE & WET
Marine & Wet Equipment
- Corrosion-aware connector and terminal plating selection for salt air.
- Sealed cable exits that resist water entry through repeated wet exposure.
- Durable cable jackets that keep working after long marine service.
AGRI & CLEANING
Agricultural & Cleaning Equipment
- Moisture-resistant cable assemblies for continuous wet environments.
- Strain relief that holds up through vibration, flexing, and drag exposure.
- Easy-replacement designs reducing downtime during maintenance cycles.
OUTDOOR SENSORS
Outdoor Sensors & IoT Nodes
- Overmolded connector transitions preventing wicking at cable joins.
- Shielded signal cables preserving measurement accuracy in the field.
- Compact terminations sized for pole, wall, and enclosure mounting.
Your equipment sits somewhere between these? We build to your environment, not a template.
Talk to a Waterproof Engineer →Choose the Right Waterproof Level for Your Equipment
Sealing requirements should follow the equipment environment — not the other way around. Use the IP levels and environment tags below to describe your conditions, then let our team convert them into cable, connector, and jacket recommendations you can build against. Final IP ratings are confirmed at full assembly level, depending on connector structure and project requirements.
Describe Your Equipment Environment
Select the conditions your equipment operates in — we translate them into structural, material, and testing recommendations, not just an IP label on the box.
Your environment tags shape connector geometry, sealing method, jacket material, and testing plan — turning a vague "waterproof cable" request into a working spec our engineering team can sample and validate.
Waterproof Performance Starts from Structure — Not the Label
A reliable waterproof cable assembly depends on connector fit, sealing ring design, cable jacket material, terminal crimping, strain relief, and assembly control working together. Get any one wrong and the IP rating on the datasheet won't save the equipment in the field.
O-Ring Sealing
Correct groove geometry and compression rate maintain a stable seal through thermal cycling and connector mating cycles.
Overmolding
Injected overmold bonds cable to connector into one sealed body, closing the wicking path where moisture usually enters.
Cable Gland Fit
Matched gland size and cable OD keep the enclosure seal intact where the harness enters the equipment housing.
Terminal Protection
Clean crimp geometry and correct plating keep contact resistance low so long-term reliability isn't compromised by oxidation.
Strain Relief
Correct flex relief transfers pulling and bending forces away from the sealed area, preventing seal fatigue over service life.
Jacket Selection
Jacket material choice — PVC, TPU, PUR, or silicone — determines resistance to UV, oil, chemicals, and mechanical wear on-site.
From Equipment Environment to Waterproof Design
Share your equipment environment, installation position, IP requirement, cable length, connector type, current rating, and target market. Our team reviews connector matching, sealing method, cable material, and assembly feasibility before sampling — so you spend fewer prototype rounds on preventable issues.
Environment Review
We map the equipment's real operating conditions before touching a spec sheet.
IP Target Sign-off
We align on the sealing level the assembly actually needs to meet in the field.
Connector Matching
We propose connector types that fit sealing target, current, and installation form factor.
Cable Selection
We match jacket material, conductor size, and shielding to your environment and current load.
Prototype Build
We build the sampled assembly with documented process steps so results can be reproduced later.
Waterproof Testing
We verify sealing performance and record results before you sign off for mass production.
Send more than a part number
Upload your drawing, installation photo, or a description of the equipment environment. Our engineering team reviews the file and comes back with structural, material, and testing feedback — not just a quote.
Tested for Waterproof Reliability, Documented for Traceability
Each custom waterproof cable assembly can be supported with inspection records and project-based testing reports — so procurement, engineering, and QA teams share the same evidence from prototype approval through mass production.
Project-Based Records You Can Share With QA
Inspection data is captured per production batch — so if a question comes up months after delivery, the record ties back to the exact run. It keeps procurement audits and engineering reviews on the same page.
- Report IDCBL-2025-0847
- Assembly TypeIP68 Sealed
- Batch Size2,400 pcs
- Test Records8 / 8 Pass
- StandardIPC/WHMA-A-620
Waterproof Projects We've Actually Delivered
Three anonymized project scenarios showing how equipment environment, sealing challenge, and delivered solution came together. If your project looks like one of these — the same team can support yours.
SURVEILLANCE
CONTROL BOX
MARINE
Your project doesn't have to look identical — the same review process fits.
Share My Waterproof Project →Start Your Waterproof Cable Project
Send your drawing, sample, installation photo, or waterproof requirement. Our engineering team reviews the cable and connector solution for your equipment environment — and comes back with structural and material feedback, not just pricing.
Guided RFQ — Waterproof Assembly
Only your email is required. The more you share, the more useful the engineering feedback.
- Structural feedback on sealing and connector fit
- Cable, jacket, and material recommendations
- IP rating direction based on your environment
- Sampling and testing plan for prototype approval
- Indicative pricing for your annual quantity