Protection plans organized by work scenario

Industry Solutions

Protection solutions organized by job scenarios

Roof, tower, tank farm, factory building, and curtain wall operations differ significantly in execution. Protection configurations must be tailored to the structural type and work scope.

Principles

Three Principles of Solution Design

The core of fall protection for working at heights is not a single product, but ensuring the protection path remains effective throughout the entire work process.

Start with the scenario, then define the product.

System configuration is determined by structural form, operation mode, and mobility range. Avoid selecting a product before adapting to the site.

End-to-end continuous protection path

Ensure personnel remain connected throughout their time in the work zone to minimize gaps in protection.

Verifiable, Maintainable

Modular system layout with replaceable components for easy inspection and localized maintenance.

By Industry

Six Industry Operation Scenarios

Click to view the configuration guide, or submit your scenario details for recommendations.

High-altitude construction work scenarios

Construction

Construction

The facade and high-formwork work surfaces vary frequently, requiring workers to move often; a single anchor point cannot provide adequate coverage.

Recommended Protection Configuration

  • Install a horizontal lifeline on the roof and structural layer to cover the horizontal work zone.
  • Configure structural nodes as anchor points for local work attachment.
  • Complete body harness and shock-absorbing connector
Inquire about this plan
Electric / Energy High-Altitude Work Scenarios

Power & Energy

Power / Energy

Tower and booster station equipment maintenance requires vertical climbing, making the climbing phase a critical vulnerability in safety protection.

Recommended Protection Configuration

  • Install a vertical lifeline on the tower access ladder and equip it with a self-locking device.
  • Set anchor points for device platform and architecture
  • Horizontal lifelines can be extended across roof and platform areas.
Inquire about this plan
Petrochemical high-altitude work scenarios

Petrochemical

Petrochemical

Tank farm and pipe rack inspection routes are long, requiring coatings with excellent anti-corrosion and weather-resistant properties.

Recommended Protection Configuration

  • Install horizontal lifeline on tank roof and pipe rack walkway
  • Anchor points at equipment supports and steel structure nodes
  • Organize independent protection units by region for simplified, tiered maintenance across zones.
Inquire about this plan
High-altitude work scenarios for communication towers

Telecom Tower

Communication Tower

Limited workspace and significant climbing height on towers demand continuous system connectivity and easy maintenance access.

Recommended Protection Configuration

  • Install a vertical life line system on the ladder and tower structure.
  • Anchor point settings for the tower top and sky branch area
  • Complementary lightweight safety harness and connectors
Inquire about this plan
Industrial High-Rise Work Scenarios

Manufacturing

Industrial Manufacturing

Crane and overhead equipment maintenance in factories is scattered, making it difficult to cover all elevated work points in a single pass.

Recommended Protection Configuration

  • Horizontal lifeline system installed on factory roof to cover maintenance walkways
  • Device Platform: Set Independence Life Line Device
  • Complementary Wearable Protective Products
Inquire about this plan
High-Rise Cleaning / Maintenance Services for Aerial Work Scenarios

Facade Cleaning

High-Rise Cleaning & Repair Services

Facade cleaning and maintenance involve large-scale horizontal operations, requiring protection for both the suspended platform and roof access points.

Recommended Protection Configuration

  • Install horizontal lifelines on the roof to support both basket suspension and repositioning operations.
  • Install anchor points on the roof structure as fall arrest base points.
  • Full-body harness and energy-absorbing component
Inquire about this plan

Process

Implementation Process

Five stages form the complete delivery journey, from on-site assessment to ongoing maintenance.

  1. 01

    On-site assessment

    Understand the work scenario, structural form, and scope to define safety protection boundaries.

  2. 02

    Solution Design

    Determine the anchoring method, system type, and layout scheme. Output selection recommendations.

  3. 03

    Product Supply

    Supply anchorage, lifelines, and PPE as part of the solution package.

  4. 04

    Installation Guide

    Provide installation instructions and technical requirements to support on-site installation.

  5. 05

    Maintenance Recommendations

    Provide regular inspection and replacement recommendations to ensure long-term system availability.

Consultation

Submit scenario, retrieve configuration recommendations

Please describe the structure, operating method, and general scope of work. We will then provide product combinations and documentation recommendations based on your input.

View Case Studies

Submitted information is used solely for solution communication and data handoff, and will not be used for any other purpose.