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Advance Ply Tungsten

Thickness Selector

Cabinet backs, drawer bottoms, decorative wall backing and lightweight panelling. Not for load bearing panels or for fixings carrying weight.

Partition panels, wall cladding, furniture side panels and light marine interiors. Suits vertical panels that do not carry shelf loads.

Bathroom vanities, cabinet partitions, internal shelving and wet area furniture. The usual minimum where a panel holds weight in a wet area.

Doors, shutters, commercial furniture and balcony storage. Used where hinge and handle fixings take repeated stress.

Modular kitchen carcasses, bathroom vanity bases, wardrobes, premium furniture, commercial interiors and high moisture applications. The most specified thickness in the range.

Standard 8×4 ft. Also available in 7×4 ft, 6×4 ft, 8×3 ft, 7×3 ft and 6×3 ft.

Advance Ply Tungsten Logo BWP Marine Grade Plywood

Advance Ply Tungsten is the highest specification board in the Advance Ply range and the only one certified under two Indian Standards at once. It is IS 710:2024 certified boiling water proof marine grade plywood, and it also carries IS 5509:2021 fire retardant certification. Both numbers are printed on the edge of every sheet alongside the ISI mark and the BIS licence number.

That combination is what makes Tungsten different. Most brands in India sell a marine range and a separate fire retardant range, which means a fire rated wet area has to be built from a board that answers one requirement and is silent on the other. Tungsten answers both from a single sheet.

The board is built in 13 layers of 100% tropical hardwood, bonded with E0 grade melamine phenol formaldehyde (MPF) resin. E0 is the lowest formaldehyde emission class in the Advance Ply range, which matters in kitchens, bedrooms, children’s rooms and healthcare interiors where the board sits in an enclosed space. Average density is 0.78 g/cm3, the highest in the range, and screw holding capacity is above 1600 N.

Every sheet goes through the HEXAPRO process: four hydraulic press cycles and two chemical treatments before it leaves the factory. Resin penetration into the core is handled by HVRT, High Viscous Resin Technology. Preservative protection is dual Copper Chrome Boron treatment through the full sheet thickness rather than a surface coating, with a published retention value of 12.5 kg/m3.

Fire performance comes from two systems working together. NAFRG is nano alumina fire retardant glue used in the bond line itself, which Advance Ply states is the first use of nano alumina fire retardant glue in Indian plywood manufacturing. NFGC is a nano flame guard coating applied across the full board. The result is a board that resists fire from the inside rather than only at the surface.

Our technology

Why Advance Ply Tungsten Performs Differently?

Up To 250

Hours BWP

Tested Up to 250 hours of continuous boiling without delamination of the glue line. IS 710:2024 requires 72 hours, so the board is tested well beyond the standard.

4x

Hydraulic Press Cycles

The HEXAPRO process presses every sheet four times under hydraulic pressure. Additional press cycles reduce internal air gaps, raise density and improve bonding between veneers.

2x

Chemical Treatment

Dual Copper Chrome Boron treatment penetrates the full sheet thickness rather than sitting on the surface, with a retention value of 12.5 kg/m3.

E0

Grade Resin

E0 grade melamine phenol formaldehyde (MPF) resin is the lowest formaldehyde emission class in the range.

1600N

Screw Holding Capacity

Screw and nail holding above 1600 N keeps hinges, handles and load bearing joints tight for the life of the furniture.

60+

Minutes Flame Penetration

IS 5509:2021 certified. Flame penetration resistance above 60 minutes, flammability resistance above 45 minutes and rate of burning above 30 minutes.

HEXAPRO is the Advance Ply manufacturing process: six stages in total, made up of four press cycles and two chemical treatments. Each press cycle compresses the veneer stack further, which is what takes Tungsten to 0.78 g/cm3 and holds a screw above 1600 N.

HVRT is a separate technology and does a different job. High Viscous Resin Technology controls how deeply the resin travels into the core rather than sitting between the face veneers. Deep penetration is what keeps the glue line intact through 250 hours of boiling water.

The two chemical treatment stages deliver Copper Chrome Boron through the full thickness of the sheet, not only the surface layer. The retention figure is published at 12.5 kg/m3 so it can be checked rather than assumed, and the board carries the FBTT mark for fungus, borer and termite treatment.

Fire performance comes from two separate systems. NAFRG is nano alumina fire retardant glue used in the bond line itself. NFGC is a nano flame guard coating applied across the full board. Together they give the IS 5509 figures published in the specification table below.

Tungsten also carries the IATC mark, indoor air toxicity compliant, which no other board in the Advance Ply marine range carries. Combined with the E0 resin, that is the specification to quote when a project has an indoor air quality requirement.

Technical Data

Advance Ply Tungsten Technical Specifications

Specification

Value

Physical Properties

Plywood TypeBWP marine grade with fire retardant certification
IS StandardIS 710:2024 and IS 5509:2021
BIS LicenceCM/L number printed on every board edge alongside the ISI mark
Face MaterialTropical hardwood species
Core Construction100% Hardwood, 13-Layer Construction
DensityAverage 0.78 g/cm³
Thickness Range6mm to 19mm
Standard Sheet Sizes8x4 ft, 7x4 ft, 6x4 ft, 8x3 ft, 7x3 ft, 6x3 ft
CalibratedYes, both sides
Board TraceabilityBatch number, date of manufacture and a scannable QR code printed on every sheet
Moisture Content5%–15% (Oven Dry Method)

Resin & Preservation Properties

Resin TypeE0 grade melamine phenol formaldehyde (MPF)
Formaldehyde EmissionE0 grade, the lowest emission class in the Advance Ply range
Resin TechnologyHVRT, High Viscous Resin Technology
CCB TreatmentCore veneer treated with Copper Chrome Boron, full thickness
Retention of Preservative12.5 kg/m³
Biological ProtectionFBTT, fungus borer termite treated
Indoor AirIATC, indoor air toxicity compliant
Resistance to MicroorganismAverage Strength More Than 1700 N

Mechanical Properties

Screw Holding CapacityMore Than 1600 N
Compressive StrengthMore than 6000 N
Modulus of Elasticity (Dry State)Along Grain: Avg. 6980 N/mm², Min. 6359 N/mm² | Across Grain: Avg. 4893 N/mm², Min. 4356 N/mm²
Modulus of Rupture (Dry State)Along Grain: Avg. 49 N/mm², Min. 43 N/mm² | Across Grain: Avg. 40 N/mm², Min. 35 N/mm²
Modulus of Elasticity (Wet State)Along Grain: Avg. 3591 N/mm², Min. 3245 N/mm² | Across Grain: Avg. 2678 N/mm², Min. 2430 N/mm²
Modulus of Rupture (Wet State)Along Grain: Avg. 35 N/mm², Min. 30 N/mm² | Across Grain: Avg. 26 N/mm², Min. 23 N/mm²
Tensile StrengthAlong Grain: 50 N/mm² | Across Grain: 40 N/mm² | Combined: 90 N/mm²
Glue Shear Strength (Dry State)Avg. 1563 N/mm², Min. 1427 N/mm²
Glue Shear Strength (Wet State)Avg. 1233 N/mm², Min. 1156 N/mm²

Fire and Water Resistance

Boiling Water Proof250 hours without delamination
Flammability ResistanceMore Than 45 Minutes
Rate of Burning ResistanceMore Than 30 Minutes
Flame Penetration ResistanceMore Than 60 Minutes
Fire Retardant SystemsNAFRG nano alumina fire retardant glue and NFGC nano flame guard coating
Weather ResistanceWithstands Adverse Climatic Conditions

Manufacturing

Manufacturing ProcessHEXAPRO, four press cycles and two chemical treatments
Resin TechnologyHVRT, High Viscous Resin Technology
Press Cycles4x Hydraulic Pressing
SurfaceMatt ply, both side calibrated

Warranty

WarrantyLifetime Manufacturer Warranty
At A Glance

Advance Ply Tungsten Features, Advantages and Benefits

Feature

Advantage

Benefit

E0 grade marine resinVery low emission, no harmful gases released into the roomHealthier indoor air, and no delamination in boiling water
Boiling water proof for 250 hoursBond holds under sustained moisture and humidityLong service life in modular kitchens, bathrooms and coastal homes
CCB treated with published retentionTermite, borer and fungal protection through the full thicknessNo powder formation, decay or termite damage in the furniture
NAFRG nano alumina fire retardant glueFire resistance built into the bond line, not only the surfaceResists and delays fire spread and penetration
NFGC nano flame guard coatingAdditional coating across the full board surfaceSlows flame catching and spread
Super high density at 0.78 g/cm³Stronger than boards of ordinary densityBetter nail and screw holding where load bearing is needed
Extra layer construction, 13 layersIncreased strength from the additional layerCarries more load and higher stress without deflecting
HVRT high viscous resin technologyResin spreads evenly and penetrates deep into the coreUniform bonding through every layer of the sheet
Both side calibratedUniform thickness across the full sheetClean fit in CNC work, edge banding and architectural joinery
IATC indoor air toxicity compliantMeets indoor air toxicity requirementsSuitable for enclosed spaces, healthcare and children's rooms
Compare grades

Advance Ply Tungsten vs Other Advance Ply Plywood Range

FeatureTungsten (this page)PalladiumGold Marine
IS standardIS 710:2024 and IS 5509:2021IS 710:2024 and IS 5509:2021IS 710:2024
Grade typeBWP marine GradeBWP marine gradeBWP Marine Grade
Fire retardant (IS 5509)YesYesNo
Resin emission classE0E1E1
Density0.78 g/cm³0.75 g/cm³0.75 g/cm³
Core construction100% hardwood, 13 layer100% hardwood100% hardwood
Boiling water performanceUp to 250 hoursUp to 200 hoursUp to 200 hours
Compressive strengthMore than 6000 NMore than 5500 NMore than 5500 N
Flame penetrationMore than 60 minutesMore than 60 minutes-
IATC compliantYesNoNo
WarrantyLifetime36 years35 years
Best forFire governed commercial wet areas, modular kitchens, hospitals, hotels, schoolsLarge fire governed projects, wardrobes, premium furnitureResidential kitchens, bathrooms, coastal and outdoor work
FAQ

Frequently Asked Questions About Advance Ply Tungsten

What is Advance Ply Tungsten used for?

Advance Ply Tungsten is used for modular kitchen cabinets, bathroom vanities, under-sink storage, marine construction, coastal outdoor furniture, and any application requiring IS 710 certified BWP plywood. It is also specified for hotels, hospitals, schools, and high-rise buildings due to its IS 5509 fire retardant certification.

Yes. Advance Ply Tungsten carries active IS 710:2024 certification from the Bureau of Indian Standards. The certification confirms it withstands boiling water immersion for more than 300 hours without delamination. Certification documentation is available on request for architects and contractors who need compliance records for project submissions. Call 18002033359.

E0 grade resin is the highest formaldehyde emission classification for plywood resins, producing near-zero formaldehyde emissions. This makes Advance Ply Tungsten safe for use in kitchens, bedrooms, children’s rooms, and healthcare spaces where indoor air quality is critical. Standard plywood uses E1 or E2 grade resin with significantly higher formaldehyde emissions.

19mm Tungsten is the standard thickness for modular kitchen cabinet carcass construction. 12mm for internal shelves. 6mm for back panels and drawer bottoms. All kitchen cabinet applications require IS 710 BWP grade to withstand daily steam and humidity. Using MR or BWR grade in a kitchen typically leads to swelling and delamination within 2 to 3 years.

HVRT technology presses each Tungsten sheet 4 times under hydraulic pressure, compared to the industry standard of 2 times. This eliminates internal air gaps, maximises veneer bonding, and produces a denser sheet with superior screw-holding capacity above 1600N. This is combined with dual CCB chemical treatment for complete termite protection through the full sheet thickness.

Advance Ply Tungsten - Marine + Fire Retardant Certified Plywood

IS 710 | IS 5509 | E0 Resin | HVRT Technology | Lifetime Warranty

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