DetailsDetails Existing Wood (Silver / Existing Wood (Silver / Pine)Pine)

OSB (Oriented Strand OSB (Oriented Strand Board)Board)

DensityDensity 550 550 kg/cu.mkg/cu.m 640 640 kg/cu.mkg/cu.m

StrengthStrength 9 / 109 / 10 10 / 1010 / 10

StiffnessStiffness 10 / 1010 / 10 10 / 1010 / 10

Fire ResistanceFire Resistance MoreMore LessLess

Impact ResistanceImpact Resistance 10 / 1010 / 10 10 / 1010 / 10

WorkabilityWorkability 9 / 109 / 10 10 / 1010 / 10

LookLook 8 / 108 / 10 10 / 1010 / 10

Fumigation / Heat Fumigation / Heat TreatmentTreatment

RequiredRequired Not-RequiredNot-Required

Environmental AspectEnvironmental Aspect HigherHigher LowerLower

Re-UseRe-Use NoNo YesYes

CostCost HighHigh LowLow

Why OSB ? Fulfils the packaging industry's high requirement Assures highest rigidity and dimensional stability as well as processing

efficiency Protect transported goods from impact, external mechanical damage and

environmental exposure Less sensitive to moisture and climate changes due to the special bonding

process and Conti-Finish surface. No additional protective coating is generally necessary.

High level of resistance to the separation of the board from screws or nails and high piercing-force and middle layers provides high edge stability and the great rigidity of OSB.

Free of sirex wasps and other insect species due to the manufacturing techniques. Thus suitable for export to Australia, China, Mexico, USA, South Africa and New Zealand.

Enables easy labeling of transport crates using spray or roller application. Millions of dollars have been invested to ensure that OSB is one of the safest

and most environmentally friendly structural panels available.

How is OSB made?

How is OSB made? OSB is manufactured from sustainable, fast-growing trees such as aspen poplar, southern yellow pine, mixed hardwoods, and other suitable species.

Logs are cut to length, debarked, and processed into precise strands ranging from 3 1/2" to 6" (90 to 150 mm) long and approximately 1" wide (25 mm).

The strands are dried, sorted, and mixed with wax and a waterproof exterior-type binder and formed into large continuous mats. These mats are oriented in cross directional layers for increased strength, then pressed at a high temperature and pressure to form panels.

Throughout this highly automated and fully engineered process, panels are monitored, tested, and certified to meet stringent quality standards for strength and uniformity.

Packing ProcedurePacking ProcedureDesign Showing the Base of the package. Design Showing the Base of the package.

Alternate material will be OSB sheet instead of Alternate material will be OSB sheet instead of Wooden Planks.Wooden Planks.

OSB instead of

Planks

System Covered with VCI and XF cover.System Covered with VCI and XF cover.

Design of Side / HandleDesign of Side / HandleOSB to be use instead of Plywood.OSB to be use instead of Plywood.

Ready Case LiftingReady Case Lifting

Use of Humidity IndicatorsUse of Humidity Indicators

Installation of Indicator PlugInstallation of Indicator Plug

Benefits of Using OSB & Humidity Benefits of Using OSB & Humidity Indicator Plugs.Indicator Plugs.

If OSB is used the storage life of package will increase 5 times more.,If OSB is used the storage life of package will increase 5 times more.,1.1. There will be no gap between two sheet of OSB.There will be no gap between two sheet of OSB.2.2. Package of the OSB has to be design according to Nut-Bolting system. So, packing /un Package of the OSB has to be design according to Nut-Bolting system. So, packing /un

packing will become easy and less chance of damage at the time of un-packing.packing will become easy and less chance of damage at the time of un-packing.3.3. Can be stored out side the premises (Must be covered with tarpoline cover)Can be stored out side the premises (Must be covered with tarpoline cover)4.4. No-Chance of Fungus.No-Chance of Fungus.5.5. Asthatically will look good.Asthatically will look good.6.6. With the help of Humidity Indicator plug we can get the view outside the wood and if the With the help of Humidity Indicator plug we can get the view outside the wood and if the

humidity increases we can change the VCI and Silica Gel and again use the same humidity increases we can change the VCI and Silica Gel and again use the same material to pack the package in nut bolting mode.material to pack the package in nut bolting mode.

7.7. Material is 100% re-usable (No-impact on look due to storage)., If there is 100 Pcs order Material is 100% re-usable (No-impact on look due to storage)., If there is 100 Pcs order which is going to be despatched in 10 lots i.e. 10 No’s x 10 Sets. We can make the metal which is going to be despatched in 10 lots i.e. 10 No’s x 10 Sets. We can make the metal structure and OSB set for 10 No’s. After reaching the material at site. It can be imported structure and OSB set for 10 No’s. After reaching the material at site. It can be imported again under LCL mode by dismentalling and can save the packing cost for 90 No’s.again under LCL mode by dismentalling and can save the packing cost for 90 No’s.

8.8. Disposal of OSB will have very less impact on environment compare to wood. And if are Disposal of OSB will have very less impact on environment compare to wood. And if are saving the wood consumption for 90 packages it will also definitely help environment.saving the wood consumption for 90 packages it will also definitely help environment.

3d view of package3d view of package

Comparison of Cost for 1x1x1m packageComparison of Cost for 1x1x1m package

DescriptionDescription Silver WoodSilver Wood Pine WoodPine Wood OSBOSB

Wood ChargesWood Charges 217$217$ 248$248$ 160$160$

HDPEHDPE 10$10$ 10$10$ --

FumigationFumigation 65$65$ 65$65$ --

HardwareHardware 20$20$ 20$20$ 20$20$

Labour ChargesLabour Charges 30$30$ 34$34$ --

Metal FramingMetal Framing 50$ 50$ 50$ 50$ 150$ 150$

Scrap- S.P.Scrap- S.P. (15$)(15$) -- (66$)(66$)

TotalTotal 377$377$ -- 264$264$

• 30 % Cost Saving will be done on packing against wood without considering its repetability. – Saving increases with the volume of the package.