XM-SM60 Transparent LDPE/LLDPE-Carrier Granules for Film Blowing and Injection Molding
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ColorTransparentPhysical formGranular
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CAS No.7757-82-6Purity80%
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Appearancetransparent granuleApplicationplastic, Film Blowing
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ClassificationSulphateGrade StandardIndustrial Grade
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Molecular FormulaBaSO4TypeSodium Sulphate
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Model NumberXM-SM60Hs code28331900
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CertificationISO9001Usage10%-50%
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Packing25KG/BagApplication 1Injection Molding
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CarrierLDPE+ LLDPEFeatureHigh Transparent
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MFI8-12g/10minSampleAvailiable
XM-SM60 is described as transparent industrial granules with an LDPE and LLDPE carrier. For a plastic-formulation enquiry, that physical form and carrier identity provide useful starting information, while the complete filler composition must be confirmed before the material is qualified.
Start the film discussion with the actual carrier
Identify the film polymer and the acceptance criteria against which XM-SM60 would be evaluated. The stated LDPE and LLDPE carrier should be checked against those requirements, not treated as evidence of compatibility with every polymer. Request a matched composition document before making a chemistry-specific material choice.
Put melt-flow testing in the right conditions
The XM-SM60 melt-flow figure needs its test temperature and load before it can support a meaningful comparison. Obtain those conditions together with the grade specification. Define the process target and assess the candidate through a controlled trial rather than selecting it by an isolated flow number.
Distinguish transparent granules from transparent finished film
The appearance of the XM-SM60 granules does not establish an optical result in a finished film or molded part. Agree the relevant finished-product test and request qualified guidance for the intended formulation. No universal incorporation ratio or transparency improvement should be assumed from the carrier or granule description.
For an XM-SM60 sample enquiry, connect the confirmed carrier and model with the full composition evidence, the required flow-test conditions and the actual film or injection-molding brief. That gives the proposed polymer trial a defined material question to resolve.
