Solumer 875T SK Nexlene High Flow Injection POE Elastomer – Automotive & Thin-Wall Special Grade

基础信息

品名
Polyolefin Elastomer POE
牌号
Solumer 875T
厂商
SK Geo Centric Co.,LTD
材料类型
POE Elastomer
产品形态
Pellets
特点
High flow, good toughness, great compatibility

描述


Solumer 875T SK Nexlene High Flow Injection POE Elastomer – Automotive & Thin-Wall Special Grade

Grade: Solumer 875T
Density: 0.868 g/cm³
MFR (190℃/2.16kg): 5.0 g/10min
Form: Natural White Pellets
✅ High Flow Injection Grade POE

Solumer™ 875T is a high-flow ethylene-octene copolymer produced via SK proprietary Nexlene™ metallocene catalyst technology. This grade is optimized specifically for injection molding processes. It acts as an efficient polypropylene impact modifier, featuring superior melt fluidity, excellent low-temperature toughness and stable processing performance. Solumer 875T is the preferred material for thin-wall injection molding and automotive plastic component modification.

🔹 Genuine SK Original Stock & Complete Technical Support
We supply stable spot inventory of SK Solumer 875T POE. Free trial samples, official TDS, SDS and batch COA documents can be provided for compound factories and injection molders. Contact us for competitive bulk price and formulation guidance.

As a high-efficiency toughening agent, Solumer 875T exhibits excellent compatibility with polypropylene (PP). Blended with PP resins, it greatly improves low-temperature impact strength and elongation while maintaining stable processing performance. Its high melt flow enables fast filling for thin-wall molds and short molding cycle times.

The material offers outstanding weatherability with high resistance to UV, ozone, and extreme temperature variations. It also provides excellent chemical resistance to common acids, alkalis, and organic solvents. Solumer 875T is widely used in automotive interior and exterior plastic parts, thin-wall consumer injection molded goods, and polyolefin compounding.


📩 Request Price, TDS & Free Samples

✅ Complete SDS & customs clearance documents provided

Full Technical Parameters (Based on Official TDS)

Test Item Typical Value Test Standard / Condition
Density 0.868 g/cm³ ASTM D792
Melt Index (MFR) 5.0 g/10min ASTM D1238, 190℃/2.16kg
Hardness, Shore A ~66 ASTM D2240
Tensile Strength at Break ~60 kgf/cm² ASTM D638
Elongation at Break >1000% ASTM D638
Flexural Modulus (1% Secant) ~110 kgf/cm² ASTM D790
Melting Temperature ~62℃ SK Internal Test Method
Glass Transition Temperature ~-52℃ SK Internal Test Method

Note: All data are typical values only, not binding specifications. Values based on official Solumer TDS datasheet. Customers shall carry out independent tests based on actual production conditions.

Core Advantages of Solumer™ 875T POE

  • SK Nexlene metallocene ethylene-octene copolymer, high flow grade optimized for injection molding
  • Ultra-high elongation at break over 1000%, outstanding low-temperature toughness
  • Excellent low-temperature impact modification performance for polypropylene
  • High melt fluidity, perfect for thin-wall injection molding and short cycle production
  • Stable pellet quality and consistent processing performance
  • Excellent weatherability with high UV and ozone resistance
  • Good chemical resistance to acids, alkalis, and organic solvents

Main Applications

  • Polypropylene impact modification & toughening
  • Thin-wall injection molded plastic articles
  • Automotive interior and exterior plastic components
  • Thermoplastic elastomer (TPE) compounding
  • Injection molded household consumer plastic parts

Handling & Storage Guidelines

Item Operation Requirements
Storage Packaging Seal original packaging tightly after use
Storage Environment Cool, dry warehouse, keep away from open fire, high temperature and static electricity sources
Processing Temperature Range 165°C – 210°C, avoid long-term overheating
Drying Demand No drying required under sealed dry storage; bake at 60~80°C for 2 hours if dampened

Available Technical Documents

Document Name Document Description Get File
TDS Official SK technical data sheet for Solumer 875T high flow POE Request TDS
SDS Official safety data sheet covering storage & transport rules Request SDS
COA Batch certificate of analysis for each shipment lot Request COA

Frequently Asked Questions

What is Solumer™ 875T?

Solumer™ 875T is a high-flow metallocene ethylene-octene POE produced via SK Nexlene technology, optimized for injection molding. It works as high-efficiency impact modifier for polypropylene, widely used for automotive parts and thin-wall molded products.

What is the difference between Solumer 875L and Solumer 875T?

Solumer 875L features balanced flow, developed for extrusion processing including cable and footwear. Solumer 875T is high-flow grade designed for injection molding, automotive and thin-wall molded goods.

Can Solumer 875T toughen polypropylene?

Yes. Solumer 875T has excellent compatibility with PP and serves as an efficient toughener, greatly improving low-temperature impact strength of PP blends.

Can Solumer 875T be used for extrusion?

This grade is optimized for injection molding. If you need extrusion-grade POE for cable and footwear applications, we recommend Solumer 875L.

Standard packing specification?

Standard packing: 25kg kraft bag with PE liner.

Can I get free test samples?

Small free trial samples are available for formula testing. Contact us to get samples, TDS and SDS documents.

Get Solumer™ 875T Quotation & Full Technical Files

We maintain stable spot stock of SK Solumer 875T high flow injection POE impact modifier. Factory direct competitive price, free lab samples and one-stop formulation technical support are available for plastic compound manufacturers and injection molders.

Disclaimer: All technical data on this page are compiled from SK official Solumer series datasheets for reference only, not binding product specifications. Customers must conduct independent trial production tests matching your own production environment before mass purchasing. Product indicators may slightly fluctuate among different production batches.

Technical Documents

Download technical data sheets, safety data sheets and certificates for this material.

TDS Files

Technical document available for review or download.

0 Files
No TDS file uploaded yet.

MSDS Files

Technical document available for review or download.

1 Files