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Glass that controls sound, sun and energy.

Insulated noise-control, solar-control, photovoltaic, anti-reflective and integrated-blind glass, assembled into units in Mexico and trucked north.

Section through an insulating glass unit: laminated acoustic outer lite with low-E coating, gas-filled cavity and sealed spacerdaylight insolar heat reflectedstreet noiseattenuatedLow-E coatingAcoustic interlayerArgon or air cavitySpacer + desiccant
In this line

Five glass types.

Performance glazing does quiet work: it keeps traffic noise out of a hotel room, solar heat out of an office and, with photovoltaic cells, turns a façade into a power source. We build the unit around the problem you need solved.

Acoustic IGUInsulated noise-control glass

An insulating glass unit that combines lites of different thickness with an acoustic laminated pane. Pairing unequal lites and an acoustic interlayer reduces traffic, rail and aircraft noise across a wider range of frequencies than equal plies.

  • Hotels
  • Residential towers
  • Airports
  • Hospitals
Typical build-up: 8 | 16 cavity | 5 + 0.76 + 58 | 16 cavity | 5 + 0.76 + 5
Example build-up; final build-up per project

Coated or tintedSolar-control glass

Tinted, reflective or low-emissivity coated glass that admits daylight while limiting solar heat gain. Coating position and cavity are chosen with your façade engineer to hit the project's performance targets.

  • Curtain walls
  • Offices
  • Skylights
  • Retail
Typical build-up: 6 solar low-E + 12 + 66 solar low-E + 12 + 6
Example build-up; final build-up per project

Building-integrated PVPhotovoltaic glass

Solar cells laminated between glass plies, so façades, canopies and skylights generate electricity while working as glazing. Cell density sets the balance between daylight and output.

  • Canopies
  • Skylights
  • Spandrels
  • Car-park roofs
Typical build-up: 6 + PV cell layer + 66 + PV cell layer + 6
Example build-up; final build-up per project

Low reflectionAnti-reflective glass

Coatings on one or both faces cut surface reflection, so people see through the glass instead of their own reflection. Useful wherever the view or the display behind the glass is the point.

  • Shopfronts
  • Display cases
  • Control rooms
  • Museums
Typical build-up: 6 AR-coated both faces6 AR-coated both faces
Example build-up; final build-up per project

Blinds in the cavityIntegrated-blind glass

Blinds sealed inside the insulating unit, operated manually or by motor. They never collect dust and never need cleaning, which makes them a strong fit for healthcare and other hygienic spaces.

  • Patient rooms
  • Clinics
  • Offices
  • Meeting rooms
Typical build-up: 5 + 22 cavity with blind + 55 + 22 cavity with blind + 5
Example build-up; final build-up per project
Specifications

What we can produce.

Send your specification and we will confirm the exact build-up, sizes and tolerances with the partner factory before quoting.

Typical capability across our partner network — confirmed per RFQ
ParameterTypical capability
IGU overall thicknessTypically 20–44 mm
Cavity & fill9–20 mm (wider for integrated blinds) · air or argon
Spacer & sealsAluminium or warm-edge spacer · PIB primary seal · silicone or polysulfide secondary
CoatingsLow-E (soft or hard coat), solar control, anti-reflective
Acoustic build-upsAsymmetric lites · acoustic PVB laminated lites
PhotovoltaicCrystalline cells laminated between glass; layout per design
Integrated blindsManual (magnetic) or motorised operation per RFQ
Why source this line from Mexico

Closer factories, calmer schedules.

NearshoringBulky units, short haul

Insulating units are heavy and fragile. Racked on trucks, they cross into the US in days instead of riding out weeks of sea freight and transloads.

NearshoringSubmittals in your time zone

Coating samples, cavity changes and shop drawings get answered during your working day, not overnight.

NearshoringTariff exposure drops

Qualifying goods made in Mexico can enter the US and Canada with little or no tariff under USMCA.