Crouse
Manufacturing Industries has successfully obtained the National Standard
Certification of Iran for the production of the Tara vehicle lighting
assemblies. This certification confirms that the product is fully compliant
with recognized technical and safety standards, covering aspects such as light
color, intensity, uniformity, and proper beam angle.
Vehicle
lights are critical components for driving safety, and their standards are
designed to ensure clear visibility for drivers while preventing glare or
disturbance to others on the road. Therefore, obtaining this certification is important
and demonstrates Crouse’s careful compliance with technical and safety
requirements.
This
achievement builds upon Crouse’s previous successes in producing standardized
automotive components, reflecting the company’s technical expertise and
commitment to enhancing the quality of domestic products. The certification is
expected to strengthen consumer confidence in local manufacturing and support
the development of advanced technologies within the automotive industry. Improved standards
and product quality at Crouse lead to better products for automakers and
increased customer satisfaction.
Why
Certification of Vehicle Lights Matters
Over the
years, Crouse vehicle lights have achieved various certifications. These measures
reflect the quality of materials and manufacturing processes, and they play a main role in enhancing driver experience and safety. The significance
of these standards is demonstrated in the following innovations:
Enhanced
Headlight Illumination through Independent High and Low Beam Reflectors
Optimized night visibility and reduced
driver fatigue (Glare) require precise, focused headlight illumination. For the first time in the country, Crouse has enabled
independent adjustment of high and low beam reflectors in Tara headlights,
resulting in improved lighting conditions for drivers.
Superior
Resistance to leakage Welding
Leakage of
water vapor can effect visibility and damage of the lights, In Crouse’s rear
combination lights (RCL), vibration welding replaces the traditional Hot Plate
methods, creating a more precise seal that significantly prevents water vapor
penetration. Additionally, a thick internal lens ensures uniform LED light,
eliminating point-source visibility and providing a competitive advantage.
Anti-Fog
Internal Lens Process
Internal
fogging reduces light clarity and compromises safety in humidity conditions. Crouse headlights incorporate an internal
anti-fog process to prevent condensation, maintaining consistent performance
under all conditions.
Enhanced
Light Reflection with Vacuum Plasma Aluminum Coating
Optimal
illumination requires precise internal reflection of light. Crouse applies
99.9% pure vapor aluminum to reflectors and bezels using vacuum plasma
technology, increasing reflectivity and ensuring uniform light output.
Durability
through Advanced Coating Techniques
Dust or
micro-particles during the coating process affect both appearance and
longevity. Crouse performs final lens coating in a Class 10,000 clean room using six-axis robotic systems combined with
annealing. Advanced IR and UV spray coatings in a controlled environment
enhance uniformity and durability.
Reliable
Sealing with PUR Adhesive and Plasma Treatment
Precise
sealing is crucial for product quality. Crouse uses plasma surface treatment
followed by advanced PUR (Polyurethane Reactive) adhesive for headlights and
fog lights, minimizing leakage risk and increasing product lifespan.
Accurate
Light Adjustment via Automated Testing Equipment
Incorrect
light alignment can reduce visibility or disturb other drivers. Crouse utilizes
automated equipment to adjust headlights according to vehicle specifications
and employs precise sensors to detect leaks during final assembly, ensuring
reliable product quality.
Real-World
Testing for Performance Assurance
To ensure
reliability on the road, Crouse subjects its lights to comprehensive testing.
In a standardized dark room, lights undergo photometric and colorimetric tests
to check for proper intensity and beam angle. Additional tests measure
resistance to Temerature, vibration, and impact, all performed with precise
instruments such as goniometers.
Advanced
Design for Aesthetics and Functionality
Vehicle
lights significantly shape the visual identity of a car. Leveraging modern
designs such as Neon Guide Light LED Surface lenses, Crouse produces stylish,
high-performance lights with optimized dimensions, combining beauty with
functional illumination.
Crouse’s
in-house capabilities for module design, circuit boards, and
automotive-standard electronics ensure quality, durability, and aesthetics. The
company has also successfully passed ECE R48 and EMC-R10 tests, now required
during the Type Approval process by the Standards Organization, demonstrating mandatory
OEM standard compliance.
By producing
vehicle lights according to strict standards, both safety and aesthetics are
guaranteed. With over 200 different lighting models, Crouse strives to meet
global standards and deliver high-quality products to its customers.
