LFT-G® PPS-NA-LGF60 (60% Long Glass Fiber PPS)

LFT-G® PPS-NA-LGF60 (60% Long Glass Fiber PPS)

Details
Engineered for the most unforgiving environments, LFT-G® PPS-NA-LGF60 is a premium polyphenylene sulfide composite reinforced with 60% continuous long glass fibers. Compared to standard short glass fiber reinforced PPS, our LGF version offers significantly higher flexural modulus and dramatically improved impact strength. The injection-molded internal skeletal fiber network guarantees supreme dimensional stability, making it the ultimate non-combustible metal replacement for high-temperature industrial sectors.
√ >266°C Heat Deflection (HDT)
√ 20,000 MPa Extreme Tensile Modulus
√ Inherent V-0 Flame Retardancy
√ <0.05% Ultra-Low Water Absorption
Category
PPS LGF Compound
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Description
Technical Parameters

The Ultimate High-Temp Metal Replacement

When traditional engineering plastics melt and standard die-cast metals corrode, LFT-G® PPS-NA-LGF60 stands resilient. Standard short-fiber PPS GF40 often suffers from brittleness under continuous thermal stress. In stark contrast, our 60% long glass fiber PPS forms an indestructible internal 3D skeletal network. This structural architecture delivers an astonishing 20,000 MPa flexural modulus while locking molecular dimensions in place, ensuring zero warpage even when subjected to continuous 200°C+ extreme heat and aggressive chemical immersion.

> 265 °C
HDT @ 1.8 MPa
 
20,000 MPa
Tensile Modulus
 
Inherent V-0
Flame Retardancy
 
< 0.05 %
Water Absorption
 

Typical Material Properties (LFT-G® PPS-NA-LGF60)

Property Standard Value
Density ISO 1183 1.76 g/cm³
Tensile Strength ISO 527 235 MPa
Tensile Modulus ISO 527 20,500 MPa
Flexural Strength ISO 178 270 MPa
Property Standard Value
Flexural Modulus ISO 178 15,000 MPa
Charpy Notched Impact ISO 179 44 kJ/m²
HDT (1.80 MPa) ISO 75 > 268 °C
Flammability (1.6mm) UL94 V-0

Processing Guidelines for High-Temp PPS

1

Pre-drying

120–140°C / 4–6h
Moisture < 0.02%

2

Injection

Melt Temp: 300–350°C
Critical Heat Zones

3

Tooling Settings

Mold Temp: 100–120°C
For Maximum Crystallinity

Engineered for Hostile Thermal & Chemical Environments

Industrial chemical pump impellers molded with PPS LGF

Chemical Pump Cases & Impellers

Industrial fluid transfer systems face constant exposure to highly corrosive acids and alkalis. PPS LGF60 offers near-zero water absorption (< 0.02%) and unparalleled chemical inertness, successfully replacing brass and stainless steel impellers while guaranteeing zero dimensional warpage over years of operation.

EV thermal management system components PPS LGF60

EV Thermal Management Systems

Electric vehicle cooling modules require plastics that endure continuous coolant immersion and sudden thermal shocks up to 200°C. The robust 3D long glass fiber matrix inside PPS-NA-LGF60 ensures maximum creep resistance under heavy pressure, preventing catastrophic fluid leaks in critical auto systems.

 high frequency electronic housing PPS

Aerospace Electronic Housings

Electrical housings in aviation demand strict fire safety compliances without using toxic halogen additives. Benefiting from the inherent V-0 flame retardancy of the PPS polymer base, this 60% LGF composite provides a highly rigid, fire-proof, and insulating shield for high-frequency electronics.

Laboratory Quality Assurance & Compliance

Our specialty polymer manufacturing plant operates under verified international control frameworks. Every PPS manufacturing lot undergoes rigorous evaluation inside the calibrated LFT-G® Testing Laboratory prior to shipment clearance.

LFT-G ISO EMS certificates

ISO 9001:2015

Quality Management Systems Certified

SGS Checked

Material Verification & Audited Provenance

RoHS & REACH

100% Compliant Non-Hazardous Lots

Frequently Asked Questions (FAQ)

Q1: Why choose PPS LGF60 instead of standard short-fiber PPS?

A: Standard short-fiber PPS GF40 is notorious for becoming extremely brittle under stress. The LGF60 version utilizes an internal long-fiber skeleton that drastically boosts impact toughness and creep resistance while pushing flexural modulus to 20,000 MPa.

Q2: What mold temperature is required for processing PPS LGF?

A: Achieving optimal crystallinity is mandatory for PPS to reach its peak thermal stability. We strongly require a hot mold temperature ranging between 140°C and 160°C during the injection cycle.

Q3: Does this material require additional flame retardant additives?

A: No. One of the greatest advantages of the PPS matrix is its inherent V-0 flammability rating. It achieves strict fire safety standards without incorporating any toxic halogenated fire retardants.

Request Technical Trial Sample & QuotationLFT-G team in the show

Upgrade your extreme-temperature components with the ultimate PPS LGF60 metal replacement. Contact the global LFT-G® engineering department today to request a technical trial sample or customized bulk pricing.

Request Technical Trial Sample

Email Inquiry: Candyhu@lfrtplastic.com

WhatsApp Directly: +86 13950095707

 

 

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