FRP family · aluminium-composite · PD95 series
PD95 is an aluminium-composite window system with a nominal construction depth of 95 mm and an 80 mm insulated profile zone. The source catalogue includes one triple-glazed reference build. The historical Passive House document shown below expired in 2024 and cannot be used as a current PD95 certificate.
Thermal path
The wide thermal-break geometry separates the interior and exterior aluminium sections and lengthens the conductive heat-flow path. Final whole-window performance still depends on the verified frame build, spacers, glass, seals and installation node.
Glazing
The source catalogue pairs the system with 6Low-E + 16Ar + 6 + 16Ar + 6 glazing. Glass make-up, coatings, gas fill, edge system and panel dimensions must be respecified for each destination project.
Envelope
The supplied specimen table records Grade 9 wind resistance, Grade 8 airtightness, Grade 5 watertightness and 39dB acoustic insulation. These values belong to the identified catalogue configuration, not every PD95 build.
PD95 is grouped with PD75 because both use an aluminium-composite thermal-break architecture rather than a full-FRP frame. The supplied drawings identify an 80mm insulated profile zone and retain XMG95ES component codes for source traceability. The exact polymer or FRP formulation is not stated in the supplied sheets, so Ultra FRP Core material claims remain subject to BOM and material-certificate confirmation before release.
| Public series name | PD95 |
|---|---|
| Source identifiers | ES95 / XMG95ES component family |
| Construction | Aluminium-composite frame with an insulated structural zone |
| Nominal frame construction depth | 95 mm; source frame sections list 95.5–95.8 mm |
| Insulated profile width | 80 mm |
| Aluminium profile wall | 1.8 mm |
| Catalogue frame Uf reference | Minimum 0.73 W/(m²·K), as stated in the source sheet |
| Catalogue glazing range | Ug 0.8–1.1 W/(m²·K), depending on configuration |
| Joint appearance | Source sheet describes a visually continuous welded joint; process qualification required |
| Supply route | Qualified system profiles or glass-free CKD package |
The supplied sections show the frame, mullion and flush-sash profiles, an 80mm thermal-break profile width and principal XMG95ES component references. The source identifiers remain visible for technical traceability; PD95 is the public series name used by PINDÉ.
The supplied catalogue records the following values for a 6Low-E + 16Ar + 6 + 16Ar + 6 specimen. They must be tied to the original test reports before quotation and must not be transferred to a different size, glass, hardware, fabrication process or test standard.
| Catalogue glazing | Thermal / grade | Wind | Air | Water | Acoustic |
|---|---|---|---|---|---|
| 6Low-E + 16Ar + 6 + 16Ar + 6 | 0.98 W/(m²·K) · Grade 10 | P3 ≥ 5.0 · Grade 9 | ±q1 ≤ 0.42; ±q2 ≤ 0.70 · Grade 8 | 350 Pa · Grade 5 | 39 dB · Grade 4 |
The supplied Passive House Institute document identifies the certified component as XMG ES95 from Guangdong Sightmengroup Energy Conservation Technology Co., LTD. It is retained here as historical evidence for the source system and is not presented as a current PD95 certificate.
Before any Passive House claim is used in a quotation, the renewed certificate, current database entry, tested BOM and the identity mapping between PD95 and XMG ES95 must all be verified.
Qualification gate: catalogue and historical certificate values apply only to the identified specimens and evidence scope. Final thermal, air, water, wind, acoustic, durability and certification claims require current reports for the ordered PD95 window and destination-market method.
Product FAQ
Reference answers for early system selection. Final dimensions, components and performance are fixed in the project-specific technical package.
PD95 is an aluminium-composite window system with a nominal 95 mm frame construction depth and an 80 mm insulated profile zone. It is not presented as a full-FRP frame.
The source catalogue records a triple-glazed reference, whole-window thermal value of 0.98 W/(m²·K), Grade 9 wind resistance and 39dB acoustic insulation for the identified specimen. These are not universal project guarantees.
The released BOM, insulated-core material, glazing, hardware, dimensions, test scope and current destination-market evidence must be confirmed before production or claims are approved.
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