March 2026 Construction Materials Standards: New Lift Safety, Design, and Insulation Guidelines

This March 2026, the Construction Materials sector sees significant advancements in international standardization. Five important new publications address both lift safety and design, as well as novel approaches to assessing thermal insulation systems in buildings. These standards provide the framework for safer, more resilient, and energy-efficient structures worldwide—a direct response to evolving safety demands and performance expectations in modern construction. Professionals involved in specification, compliance, testing, and procurement will find essential updates to support day-to-day decision-making and long-term regulatory compliance efforts.

Overview / Introduction

The construction materials industry is at the core of building safe, functional, and sustainable environments. International standards help ensure that every element—from lift systems to insulation materials—meets strict performance, quality, and safety benchmarks. As technology and societal needs evolve, regular updates to these standards safeguard user welfare, enable innovation, and harmonize legal requirements across markets.

In this article, we provide:

• A summary of the newest standards for lifts and building insulation
• The scope and practical impact of each document
• Implementation and compliance advice for construction stakeholders

Detailed Standards Coverage

FprEN ISO 8100-1 – Lift Safety Rules for Construction and Installation

Lifts for the transport of persons and goods - Part 1: Safety rules for the construction and installation of passenger and goods passenger lifts (ISO/FDIS 8100-1:2025)

This European and international standard—developed in parallel by CEN and ISO—sets forth comprehensive safety rules for lifts permanently serving buildings and constructions, specifically those intended for transporting people and goods. It applies to traction, positive drive, and hydraulic lifts with enclosed cars, serving specific levels and designed for rated speeds above 0.15 m/s.

Scope and Requirements:

• Addresses lift systems serving defined levels, with guide rails inclined less than 15° to vertical
• Applies to both indoor and weather-protected lifts
• Outlines safety measures for users, maintenance staff, and anyone who may be present at the landings or nearby zones
• Covers safety for property and building elements connected to lifts
• Specifies requirements for electrical components, including lighting and socket outlets in lift shafts
• Excludes detailed provisions for seismic, firefighting, vandal-resistant, and evacuation lifts

Application: Stakeholders include lift manufacturers, installation contractors, facility managers, compliance inspectors, and building owners involved in new lift projects after March 2026.

Key highlights:

• Comprehensive coverage of safety for users and maintenance staff
• Detailed construction and electric installation rules
• Not applicable retroactively—only for lifts installed after publication

Access the full standard:View FprEN ISO 8100-1 on iTeh Standards

FprEN ISO 8100-2 – Lift Component Design, Calculations, and Testing

Lifts for the transport of persons and goods - Part 2: Design rules, calculations, verifications and tests of lift components (ISO/FDIS 8100-2:2025)

This standard complements Part 1 by providing explicit design and verification requirements for individual lift components. It plays a crucial role in ensuring component-level safety and reliability, reducing the likelihood of system failures in both passenger and goods lifts.

Scope and Requirements:

• Lays out verification protocols for safety-related devices (e.g., door locks, safety gears, overspeed governors, buffers)
• Specifies requirements for safety circuits (including SIL-rated circuits), overspeed protection, and unintended car movement prevention
• Details discard criteria for worn components (e.g., ropes, sheaves), and calculation rules for guide rails, rams, cylinders, pipes, and fittings
• Outlines testing procedures such as pendulum shock tests and fault exclusion for electronics

Application: Ideal for designers, manufacturers, quality managers, and safety engineers involved in component production, certification, and inspection processes for lifts installed after March 2026.

Key highlights:

• Rigorous requirements for the design, calculation, and testing of lift safety systems
• Focus on fail-safety and redundancy in electronic controls
• Structured methods for component lifecycle management

Access the full standard:View FprEN ISO 8100-2 on iTeh Standards

ISO 8100-1:2026 – Safety Rules for Passenger and Goods Lifts (International Edition)

Lifts for the transport of persons and goods — Part 1: Safety rules for the construction and installation of passenger and goods passenger lifts

The global counterpart to FprEN ISO 8100-1, this ISO standard ensures global harmonization by establishing consistent safety rules for lifts used in buildings across all member states.

Scope and Requirements:

• Applies to new installations of traction, positive drive, and hydraulic lifts
• Covers user safety, maintenance, and inspection procedures
• Addresses electrical safety, including wiring, earthing, control circuits, and protection devices
• Outlines protective measures for the car, shaft, machinery spaces, and pulley rooms
• Provides guidance for load securing, emergency features, and buffer systems

Application: Mandatory reference for international projects, manufacturers exporting lift components, and consultants overseeing compliance outside the European market.

Key highlights:

• Emphasizes worldwide safety harmonization
• Detailed requirements for car structure, doors, suspension, and controls
• Stresses failure prevention (free fall, overspeed, unintended movement)

Access the full standard:View ISO 8100-1:2026 on iTeh Standards

ISO 8100-2:2026 – Design Rules, Calculations, Verifications and Tests (International Edition)

Lifts for the transport of persons and goods — Part 2: Design rules, calculations, verifications and tests of lift components

This updated global reference defines the analytical and practical methodologies for validating all critical lift components essential for safe operation and long service life.

Scope and Requirements:

• Verification processes for locking devices, safety gears, overspeed governors, buffers, and rupture valves
• Comprehensive protocols for testing safety circuits, including those with SIL (Safety Integrity Level) ratings
• Forces, movements, and lifecycle testing for suspension/compensation means and guide rails
• Robust discard criteria for worn-out suspension and sheave elements
• Calculations for piping, cylinders, and jack systems in hydraulic installations

Application: Crucial for global manufacturers, technical certifiers, designers, and maintenance teams overseeing lift installations and compliance outside Europe.

Key highlights:

• Universal methods for component verification and lifecycle management
• Clear calculation and safety factor expectations for structural elements
• Recurring emphasis on control system reliability and electronic testing

Access the full standard:View ISO 8100-2:2026 on iTeh Standards

EN 16383:2026 – Hygrothermal Behaviour of Building Insulation Kits

Thermal insulation products for building applications - Determination of the hygrothermal behaviour of external thermal insulation composite kits with a rendering system (ETICS kits)

EN 16383:2026 introduces rigorous laboratory procedures to assess the long-term performance of external thermal insulation composite systems (ETICS) under realistic climatic stressors. These systems are vital for energy-efficient and durable building envelopes.

Scope and Requirements:

• Specifies testing devices and protocols for exposing ETICS kits to heat, wetting, cooling, and freeze/thaw cycles
• Provides specimen preparation guidance for test walls, including the application and configuration of various system layers
• Involves assessment of water tightness, material integrity, bonding, and overall hygrothermal durability after repeated cycles
• Ensures reliability and consistent performance of ETICS kits in variable climate conditions

Application: Targeted at insulation manufacturers, system designers, building envelope testers, and regulatory bodies responsible for ETICS certification and verification.

Key highlights:

• Updated definitions, normative references, and test reporting
• Enhanced procedures for simulating real-world environmental stress
• Ensures robust product certification and market acceptance for ETICS

Access the full standard:View EN 16383:2026 on iTeh Standards

Industry Impact & Compliance

The release of these standards tightens safety and reliability measures for both vertical transport and building envelope products. Key impacts include:

• Enhanced occupant safety: Newer, stricter safety measures minimize accident risk in lifts and improve user protection in buildings.
• Regulatory harmonization: Consistent international rules aid cross-border construction and material supply, reducing compliance uncertainty.
• Accelerated innovation: Clear test methods and design specifications enable product improvement and adoption of advanced materials, especially for insulation kits.
• Compliance and market access: Meeting these new standards is mandatory for new installations and product certifications post-publication; non-compliance can result in project delays, regulatory fines, or reputational damage.

Adoption timelines:

• Only new installations or products after the publication date are required to comply.
• Stakeholders should review contracts, technical specifications, and regulatory requirements to ensure conformity.

Benefits:

• Greater safety and durability
• Uniform benchmarks across markets
• Improved public trust and reduced liability

Technical Insights

Several cross-cutting technical themes emerge:

• Integration of Safety Integrity Level (SIL)-rated circuits in lift controls, ensuring high-reliability operations
• Component verification and lifecycle testing, particularly for moving and load-bearing lift parts
• Detailed hygrothermal testing protocols to simulate decades of real-world exposure for ETICS kits, helping designers predict and mitigate potential failure modes

Implementation best practices:

1. Review all technical documentation with design and installation teams prior to procurement
2. Establish robust documentation and quality control for testing and inspection (as outlined in the new standards)
3. Plan staff and auditor training programs on updated requirements
4. Liaise with notified bodies or authorities to confirm precise compliance paths

Testing and certification:

• Use accredited laboratories and testing centers, especially for hygrothermal performance and SIL circuit validation
• Document results and retain technical records as evidence of compliance

Conclusion / Next Steps

The March 2026 updates to Construction Materials standards mark a pivotal moment in the industry’s pursuit of safer, smarter, and more energy-efficient buildings. With a clear focus on lift safety, component design, and building envelope resilience, these standards present valuable guidance for all professionals involved in design, construction, maintenance, and compliance.

Key recommendations:

• Assess current projects and procurement strategies for alignment with these new requirements
• Train staff, update quality manuals, and prepare for inspections based on latest standards
• Use iTeh Standards to access, track, and implement up-to-date guidelines in real time

Stay tuned for future articles covering the remaining parts of March 2026’s Construction Materials and Building standards updates—essential knowledge for maintaining industry leadership and ensuring project success.