Construction & Agricultural Equipment

Custom-engineered sealants designed to reduce structural noise and improve cabin acoustic comfort in construction and agricultural vehicle panels and enclosures.

Key Features 

• Dry-to-touch sealants
• Easy integration into existing processes
• Reduces panel flutter, enhances comfort
• Available in extrusions, tapes and die-cuts

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Stiffening patches applied to large unsupported panels—such as hoods, doors, and roof panels—reduce vibration and noise while enabling thinner gauge materials.

Key Features 

• Damps large surface vibrations
• Reduces weight vs. additional metal reinforcements
• Flexible for curved panels

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Heat-activated structural foam reinforcements integrated within the frame to increase rigidity and reduce vibrational noise in cab structures and frame cavities.

Key Features 

• Foams and expands in E-coat oven
• Increases torsional rigidity
• Strengthens joints and seams
• Custom carriers for unique cavity geometries

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Fiber-based materials for cab interiors reduce noise and vibration while offering lightweight, thermoformable options for ducts and trim panels.

Key Features 

• Acoustic absorption + thermal barrier
• Recyclable fiber blends
• Thermoformable into ducts and panels
• Fire and UV-resistant options

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Two-component ambient-cure foaming materials that expand in in the frame to seal cavities and enhance acoustic insulation.

Key Features

• Irregular gaps filling
• Reduces sound transmission
• Excellent adhesion on multiple substrates
• Foam and cures at room temperature

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Single-component, ambient-cured elastomeric adhesives designed to improve sound damping, minimize structure-borne noise, and seal critical joints with durable flexibility.

Key Features

• Primerless on glass, metal and plastics
• High flexibility over vehicle lifetime
• Isocyanate and VOC-free

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These engineered tapes are applied to structural members prior to E-coat and cure during the bake cycle—ideal for ideal for gap-jumping and replacing welds or mechanical fasteners.

Key Features 

• High strength and ductility
• Pressure-sensitive for pre-fixation
• Cure-in-process during E-coat bake
• Gap-filling or non-foaming options

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Single-component, ambient-cured bonding solutions that create long-lasting seals on a wide range of substrates—ideal for glazing, AC ducts, and body panels.

Key Features 

• No primer or surface prep required
• Excellent durability, UV/weather resistance
• Isocyanate and VOC-free technology
• Bonds to painted steel, glass and composites

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Two-component ambient cure structural adhesives deliver superior adhesion performance and processing ease for bonding in construction and agricultural equipment.

Key Features 

• Foaming materials for gap jumping
• High peel strength available
• Excellent adhesion across composite and metal parts
• Typically primerless and abrasion-free

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Localized composite reinforcements ideal to reduce vibration and allow thinner panels— for doors, hoods, and roof panels.

Key Features 

• Increases rigidity of wide, flat panels
• Enables lightweight gauge material usage
• Reduces vibration and flutter
• Excellent green-state handling
• Tailorable shape and thickness

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L&L CBS™ heat-activated reinforcements fill cavities in the frame structure, delivering lightweight load-path stiffening and enhanced energy absorption in rollover, frontal, or side-impact zones.

Key Features 

• Multi-axis structural support
• Foams during E-coat bake cycle
• Excellent crash, rollover and fatigue control
• Integrates seamlessly in BIW process

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L&L CCS™ offers ultra-high strength composite inserts used for long-span or continuous structural reinforcement for crossmembers or longitudinal framing applications.

Key Features 

• Continuous profiles for large components
• High strength-to-weight ratio
• Enhanced stiffness and durability
• Simplified installation and assembly

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Two-component ambient foaming adhesive that fills variable gaps inside cavities or between stiffening panels, offering structural support without heat or pretreatment.

Key Features 

• Expands to fill variable gaps
• Bonds metals, plastics and composites
• Primer-free and safe handling
• Suitable for aftermarket or repair

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These heat-activated foaming sealants expand to seal complex cavities throughout the structure, protecting against water, dust, fumes, and corrosion.

Key Features 

• Complex geometry cavity coverage
• Foams during E-coat for gap filling
• Lightweight and durable sealing
• Improved interior comfort, corrosion defense

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Single-component, primerless sealants that cure at room temperature to seal joints, seams, and various interfaces.

Key Features 

• Typically no primer or surface prep required
• Ideal for sealing dissimilar materials
• Excellent resistance to environmental exposure
• Low VOC, isocyanate-free chemistry

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A specialty foaming sealant with integrated rigid spheres that provide structural separation, isolation of dissimilar materials, and torque retention at clamped joints.

Key Features 

• Seals and supports clamp loads
• Prevents galvanic corrosion
• Low torque fall-off over time

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Elastomeric and 2K solutions for exterior glazing, AC module bonding, and interior sandwich panels, designed for safe handling, strong adhesion, and long-term durability.

Key Features

• Primerless bonding to glass and painted steel
• Compatible with robotic or manual application
• Ambient cure and heat-activated materials
• High performance without isocyanates

Multi-layer nonwoven insulation materials for tight spaces, lightweight and thermoformable for cab interiors and HVAC zones.

Key Features 

• Thin profile with high thermal efficiency
• 20% lighter vs. traditional fiber insulators
• Conformable for curved panels and ducts
• Thermoformable into pre-cut or 3D parts

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High-performance, recyclable nonwoven fiber platforms offering dual acoustic and performance- ideal for floors, walls, and ceilings.

Key Features 

• Effective thermal management at low densities
• Fire and UV resistant
• Water-repellent options available

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A foam-core composite solution that forms net-shape parts for thermal shielding—reducing cycle times and enabling strong, lightweight thermal structures.

Key Features 

• Structural thermal barrier in a single step
• Net-shape production eliminates extra adhesives
• Lightweight and energy-efficient manufacturing
• Applications: roof trays, underbody shields, HVAC zones

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