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Retrofit Granite Look Ceramic Cladding 35mm Lightweight Insulating Overclad For Old Building Facade

Basic Properties

Place of Origin:China
Brand Name:MYREAL
Certification:ISO 9001, CE, SGS
Model Number:MY-13-900*600

Trading Properties

Minimum Order Quantity:2000m²
Price:35-40USD
Standard Packaging:Pallet
Delivery Time:2-3 weeks after deposit and sample approval
Payment Terms:T/T,L/C at sight
Supply Ability:20,000 Square Meters per Month
Specifications
Product Name: Retrofit Granite Look Ceramic Cladding For Old Building Facades Application: Residential Blocks With A Dated Render Or Tiled Facade
HS Code: 6914100000 Areal Weight (35 Mm): About 8.8 Kg/m2 At Nominal 250 Kg/m3
Standard Thickness: 35 Mm (30, 40, 45, 50 Mm On Request) Sub-frame Offset: 30-80 Mm To Even Out The Substrate
Surface Pattern: Granite Look, Honed Or Profiled Material: Foamed Ceramic, Perlite Tailings Based Inorganic Body
Maximum Working Temperature: 1200 DegC Non-combustibility: Class A1 Non-combustible
Thermal Conductivity (100 DegC): 0.064 W/(m.K) Heat Storage Coefficient: 1.5 W/(m2.K)
Volumetric Water Absorption: 0.6% Density: 180-330 Kg/m3
Compressive Strength: 0.40-2.00 MPa Tensile Strength: 0.15-0.26 MPa
Flexural Strength: >=0.60 MPa Freeze-Thaw Resistance: Glaze Without Cracks And Flaking
Pollution Resistance: Class 3 Chemical Resistance: Class GLA
Standard Sizes: 900 X 600 / 1200 X 600 / 1200 X 900 Mm
Product Description

Retrofit Granite Look Ceramic Cladding for Old Building Facades

In short: The FJ-1006P is a 35 mm retrofit granite look ceramic cladding overclad at about 8.8 kg/m2, fixed on a light sub-frame outside the existing wall, Class A1 non-combustible to GB 8624 and 0.6% water absorption.

Renovating an old elevation usually runs into the same wall: the structure has no reserve for a new stone skin, and tenants cannot lose floor area to internal insulation. This retrofit granite look ceramic cladding is a 35 mm overclad at about 8.8 kg/m², fixed on a light sub-frame outside the existing wall, so the building gains a stone look and an insulation layer without structural strengthening.

Working outside the line also means the building stays occupied. The sub-frame is set off the old facade to even out irregularities, the panel is carried by hand, and each elevation can be closed in sections so scaffolding is not needed on all faces at once.

Core Advantages

  • About 8.8 kg/m² at 35 mm: light enough to hang on old brick, block or in-situ concrete without a structural upgrade in most cases
  • Insulation Added Outside: 0.064 W/(m·K) at 100°C plus a heat storage coefficient of 1.5 improve the envelope without losing floor area
  • Sections Closed Progressively: elevations can be completed face by face, which suits occupied buildings and phased scaffold
  • Class A1 Non-Combustible: an upgrade in both look and fire performance on older elevations
  • Tolerates Irregular Substrates: the sub-frame is packed off the old wall, so uneven brickwork does not need rendering first
  • 0.6% Water Absorption: adds a rain screen to walls that previously relied on paint or render

Technical Data

PropertyValueStandard
Areal Weight (35 mm)About 8.8 kg/m² at nominal 250 kg/m³Batch weighing
Standard Thickness35 mm (30, 40, 45, 50 mm on request)Factory standard
Sub-frame Offset30–80 mm to even out the substrateSite survey
Surface PatternGranite look, honed or profiledSample approval
ApplicationRetrofit overclad of existing facadesProject drawing
MaterialFoamed ceramic, perlite tailings based inorganic bodyBatch test report
Maximum Working Temperature1200°CFactory standard
Non-combustibilityClass A1 non-combustibleGB 8624
Thermal Conductivity (100°C)0.064 W/(m·K)GB/T 10295
Heat Storage Coefficient1.5 W/(m²·K)JG/T 511
Volumetric Water Absorption0.6%Supplied specification
Density180–330 kg/m³GB/T 5486
Compressive Strength0.40–2.00 MPaGB/T 5486
Tensile Strength0.15–0.26 MPaGB/T 5486
Flexural Strength≥0.60 MPaGB/T 5486
Freeze-Thaw ResistanceGlaze without cracks and flakingGB/T 5486
Pollution ResistanceClass 3JG/T 511
Chemical ResistanceClass GLAJG/T 511
Standard Sizes900 × 600 / 1200 × 600 / 1200 × 900 mmFactory tolerance ±1 mm
HS Code6914100000Customs classification

Application

  • Residential blocks with a dated render or tiled facade
  • Office refurbishment where the frame cannot take a stone skin
  • Schools and hospitals upgraded while still in use
  • Heritage-adjacent infill that must read as stone from the street
  • Industrial and warehouse elevations being brought to a corporate standard
  • Buildings with irregular brickwork where rendering first is not viable

Installation & Fixing

Survey first: establish substrate type, pull-out strength and the offset needed to reach a true plane. Set a galvanised sub-frame off the wall, pack to the survey, then fix panels with stainless back-groove anchors on 600 mm rails and a 15–20 mm open joint. On old brick, anchor pull-out tests are required before the frame design is frozen. Send photographs, building age and a few pull-out results and we will return a survey checklist and fixing proposal.

Packing

Supplied on pallets, export packing about 621 kg gross per crate at 110 × 92 × 200 cm, loaded into 20ft or 40ft containers with fumigation-free packing. Store under cover, keep pallets level and avoid point loads on the decorated face.

FAQ

Q: Will we need to strengthen the existing structure?

A: Usually not. At about 8.8 kg/m² plus sub-frame the added load is far below a new stone skin; we still ask for substrate type and pull-out results so the anchor design can be confirmed.

Q: Can the building stay occupied during the work?

A: Yes. The overclad is fixed from the outside and closed in sections, so access and services inside the building are largely unaffected.

Q: What are the MOQ and lead time?

A: MOQ is 2000 m² per order and lead time is 2–3 weeks after deposit and sample approval; phased sites can be shipped in partial lots.

Q: How do you control quality before shipment?

A: Each batch is tested to GB/T 5486, GB 8624 and GB/T 10295, compared with the approved colour sample under daylight, and photographed pallet by pallet before loading.

Send facade photographs, building age and substrate information, and we will return a survey checklist, fixing proposal and quotation within two working days.

Key Facts

PropertyValue
MaterialSintered inorganic ceramic body
Thickness35 mm (30/40/45/50 mm on request)
Areal weightabout 8.8 kg/m2
Panel size1200 x 600 mm, cut to site survey
Sub-frame offset30-80 mm to even out substrate
Fire ratingClass A1 non-combustible, GB 8624
Thermal conductivity0.064 W/(m.K) at 100C
Water absorption0.6%
HS code6914100000
Order termsMOQ 2000 m2, USD 35-40/m2, 2-3 weeks

Quick Answers

Q: Will the existing structure need strengthening?

A: Usually not: at about 8.8 kg/m2 plus sub-frame the added load is far below a new stone skin, confirmed against substrate pull-out results.

Q: Can the building stay occupied?

A: Yes, the overclad is fixed from outside and closed elevation by elevation.

Q: How is the old wall prepared?

A: A galvanised sub-frame is packed off the wall by 30-80 mm to reach a true plane, so uneven brickwork needs no rendering.

Q: Does it add insulation?

A: Yes, 0.064 W/(m.K) at 100C plus thermal mass improves the envelope without losing internal floor area.

Q: What are the order terms?

A: MOQ 2000 m2, USD 35-40 per m2, 2-3 weeks after deposit and sample approval.

Contact Details
Myreal Energy Saving (Shanghai) Co., Ltd.

Contact Person: Mrs. Betsy Ouyang

Tel: +86 177 4080 0950

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