Transcription of High Density Polyethylene LLDPE 1 A A A A 1 A C A …
1 Locally Manufactured & Professionally Installed Chemical Resistance Information HDPE high Density Polyethylene LLDPE Low linear Density Polyethylene Chemical ClassChemical EffectHDPELLDPEHDPELLDPEC arboxylic Acid1 UnsubstitutedBCACS ubstitutedABAAA romaticABAAA ldehydes3 AliphaticBCBCH etrocyclicCCBCA mine3 PrimaryBCBCS econdaryCCBCA romaticBCBCC yanides1 AAAAE sther3 BCBCE therCCBCH ydrocarbons3 AlphaticCCBCA romaticCCBCM ixedCCBCH alogenated Hydrocarbons3 AliphaticCCBCA romaticCCBCA lcohols1 AliphaticAAAAA romaticACABI norganic AcidNon-Oxidizers1 AAAAO xidizers2 CCBCI norganic Bases1 AAAAS alts1 AAAAM etals1 ACABK etones3 AAAAO xidizers2 CCBCP rimary ContainmentSecondary Containment Locally Manufactured & Professionally Installed Chemical effect 1.
2 No effect Most chemicals of this class have no or minor effect 2. Oxidizer Chemicals of this class will cause irreversible degradton 3. Plasticizer Chemicals of this class will cause a reversible change in physical properties. Chart Rating A. Most Chemicals of this class have little or no effect on the liner. Recommended regardless of the concentration or temperature (below 150 F) B. Chemicals of this class will affect the liner to various degrees. Recommendations are based on the specific chemical, concentration and temperature. Consult with an engineer C.
3 Chemicals of this class at high concentrations will have significant effect on the physical properties of the liner. Generally not recommended but may be acceptable at low concentrations and with special design considerations. Consult with an engineer. The data is provided for informational purposes only and is not intended as a warranty or guarantee. TCA assumes no responsibility in connection with the use of this data.
