vasantha tool crafts pvt ltd ll RANUKA PLASTI CRAFT PVT.LTD ll all material report ll injection moulding

vasantha tool crafts pvt ltd ll RANUKA PLASTI CRAFT PVT.LTD" 

target follow FIRST TREAI ANALYSIS REPORTS ll all material report ll injection moulding                                  

FIRST TREAI ANALYSIS REPORT

FIRST TREAI ANALYSIS REPORT 

TOOL DATE MOULD APPEARANCE OBSERVATION OF MOULD RUNNING RUNNR /COMP.ANALYSIS Appearance Mouldnner clamping feasibillty Sprue to runner to Subrunner portion Rusting Nipples fixing feasibility Puller pin position Dent mark on the plares Eector rod coupling feasibility Component section analysis Dent mark on the inserts Mould movement. 

    

Theoretical comp Weight Lifting strap provided 

 Tie rod condition/function Component projected area Center of gravity while lifting Latch Function/function Hydraulic cylinder Fixing Ejector functioning Calculate tonnage Limit swich provided Water Leakage (Projected area(cm')No. of cav' peak injection melt pressure(bar)(1000)tons Limit switch wiring Cavity layout vs HR layout Hydro motor fixing Easiness of removing of plates Chain/Sprocket condition Blue matching Pilot tool VS production tool HR Conneter box Condition Core functioning Ejector rod provided Slider movement Ejector coupling size slider stoppers Mpuld feets provided Rack plate putting top/bottom Side clamping Straps provided Water flow Guide pillar/bushes conditin Cavity filling pattem Bushes fixing Balance of pill Cavity Layout Air vents Component falling IMC mounting Runner falling Clear Mould lifting height Overall Mould performance Operator Non-Operator Tril Taken Shft-Incharge Prod Managar Worrks Manager Received

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  7. 8. 9. 10. Requstoned by Ruthonsed Received Issued Stores Ledger Entry Made by/ Ref: date

                          Safety data sheet

Safety data sheet

Ecological information

Toxicity

Aquatic toxicity

Resistance and the the degradability:-No futher relevant information available the product is essentially a high molecular weight polymer, not regarded as ecotoxic. 

The product is a non biodegradable polymer.

Behaviour in environmental systems:

Bioaccumulative potential

Mobility in soil Results of PBT and vPvB assessment

PBT:

vPVB:

Other adverse effects :-does not acumulate in organisms No futher relevant information available.

Not applicable.

Not applicable

No further relevant information available.

13. Diposal considerations

Waste treatment methods Recommendation:-

The same safety considerations that apply to the product as it, apply to scraps/ waste as well Residues should be disposed of as requested by national and local regulations.

The incineration must be done under approved conditions possibly with energy recovery and only at suitable facilities equipped with a scrubber for the treatment of fumes before their release into the atmosphere.

After suitable treatment (cleaning, grinding, etc) the product can be safely re-used as is or mixed with fresh material, when this is compatible with the intended final application.

Landfilling should be avoided as possible.lf unavoidable, use approved landfill sites.

Uncleaned packaging Recommendation: Disposal must be made according to official regulations.

Trade name:SINKEAL

Density at 20 °c: 1.04g/cm3

Bulk density at 20°c:   ~650kg/m3

Solubility in/miscibility with water:-No determined

Viscosity:.         Not applicable 

Dynamic:.         Not applicable 

Kinematic:.      No further relevant information:.   available 

Other information 

10 stability and reactivity

Reactivity

Chemical stability

Thermal decomposition/

Conditions to be avoided:

The product is stable and inert in the recommended storage and handling conditions (see section 7)

Prevent the formation of noxious gases and vapours by using the adviced conversation conditions

Exposure to sunlight and/or heat. Accumulation of electronic charges.