Contributes to product weight reduction and high precision
Modified PPE Resin

Grade List
xyron xyron

XYRON™ Grade Table

Asahi Kasei is proud to offer an extensive lineup of XYRON™ PPE/PS grades alloys featuring various levels of flame retardance and heat resistance, as detailed in the table below.
We also offer grades with filler content optimized to yield various mechanical properties (including rigidity, toughness, low-warping behavior, and dimensional precision),  electrically conducting grades,  the V-Series of grades designed for vibration suppression and silent operation, and the W-Series of grades designed for use in contact with drinking water.

 XYRON™ consists of various portfolio that enables the selection of various PPE alloy combinations  with a wide range of crystalline resins —ranging from general-purpose plastics to super engineering plastics—to yield unique materials combining the advantages of PPE with the good properties of crystalline resins, including heat resistance and chemical resistance. Our lineup includes: PP/PPE alloys, offering low warping and good chemical resistance; PA/PPE alloys, offering heat resistance, oil resistance, and low water absorption; PPS/PPE alloys, offering high heat resistance, minimal burring, and low warping; and PPA/PPE alloys, offering high heat resistance and low water absorption.

We also offer isolated  PPE resins (in powder form) that have not yet been compounded with other resins. Please contact us to learn more about these products. 

In addition, as part of Asahi Kasei’s commitment to achieving carbon neutrality, we are currently developing  biomass-derived PPE  and recycled grades containing 15-40% post-consumer recycled plastics. 

 

Click on each grade in the table below for detailed product data—or click the individual buttons to learn more about Asahi Kasei’s alloy materials.

 

PPE/PS alloy 

Filler Non-reinforced Reinforced
DTUL[℃]*\UL94 HB V-2 V-1 V-0 HB V-1 V-0
70     1951J        
85-95 200H 240W 240V 240Z      
95-100 300H 340W 340V 340Z X352H    
100-110 400H     440Z
443Z
  X332V
X352V
X364V
X423V
 
110-120 500H   540V
CN51V
540Z G402H
X552H
X444V
X523V
G544V
X7744
X552V
G601Z
120-130 600H   640V 644Z
641Z
X533H
G701H
G711V  
135-140     740V 744Z G702H
G703H
G712V  
145-150       SZ800      
150-160 1000H
(equivalent to HB)
           

*ISO 75-2/A(1.8MPa)

Crystalline resin and PPE alloys

Alloy type PP/PPE PA/PPE PPS/PPE PPA/PPE
DTUL[℃]*\UL94 V-0 V-1 V-0 HB
90-95 TZ100          
105-110 TT521          
120-125 T0703          
175-180   A0210        
180-185       DG040    
190-195   AT600
AT602
AF700      
195-200   AG511        
200-210   AG512        
210-220       DG235 DG141  
230-240   AG211        
250-260   AG213   DV166    
270-280           XP640

*ISO 75-2/A(1.8MPa): PP/PPE, PPS/PPE, PPA/PPE、ISO 75-2/B(0.45MPa): PA/PPE

Solar-cell connector

PPE/PS alloys

Corresponding grades

These materials alloy PPE with polystyrene (PS) to yield a wide lineup of grades with different heat resistance depending on the PS/PPE blend ratio. Adding fillers or flame-retardant additives yields new grades with additional properties such as dimensional stability or flame retardance; we also offer vibration-suppression grades and grades suitable for use in contact with drinking water.

Feature
  • Heat resistance
  • Dimensional stability 
  • Electrical properties
  • Flame resistance           (non-halogen)
  • Resistance to hot water; acid/alkali resistance
Application
  • Battery systems
  • Junction boxes for solar cells
  •  Antenna covers for 5G base stations
  • Water supply/drainage components
  • Components for office appliances
Car battery

PP/PPE alloys

Corresponding grades

These materials alloy PPE with polypropylene (PP) resins to solve the problem of susceptibility to copper contamination—a common drawback of PP products—while improving oil resistance and gas-barrier properties.
In comparison to PP resins, these alloys offer excellent creep resistance, dimensional precision, and resistance to copper contamination.
We also offer non-halogen flame-retardant grades ideal for components intended to operate in the vicinity of lithium-ion batteries.

Click here for more about TF series (oil-Flame retardance PP alloy)
Feature
  •  Oil resistance; chemical resistance
  • High precision
  • Creep resistance 
  • Gas-barrier properties
  • Resistance to copper contamination
Application
  • Components of electric-vehicle battery systems
  • Covers for heat exchangers
  • Peripheral components for inkjet printers
Relay block * For illustrative purposes

PA/PPE alloys

Corresponding grades

These materials alloy PPE with polyamide (PA) resins to yield materials with lower water absorption than isolated PA resins.
These alloys feature minimal dimensional variation upon water absorption and excellent impact resistance, oil resistance, and heat resistance.
We also offer non-halogen flame-retardant grades ideal for components of vehicle-mounted electrical subsystems.

Feature
  • Heat resistance
  • Low water absorption (compared to isolated PA resins)
  • Impact resistance
  •  Oil resistance; chemical resistance
Application
  • Relay boxes
  • Vehicle-mounted connectors
  • Structural components for common household appliances 
Head-up displays * For illustrative purposes

PPS/PPE alloys

Corresponding grades

These materials alloy PPE with polyphenylene sulfide (PPS) resins to yield grades featuring improved dimensional stability and good formability—with minimal burring or warping—compared to isolated PPS resins.
Alloying with PPE also yields materials with excellent electriclal properties.

Click here to learn more about DG series
Feature
  • Heat resistance
  • Dimensional stability and precision
  • Minimal burring
  • Flame resistance          (UL94 V-0 or V-1)
Application
  • Head-up displays
  • Components of laser-beam printers
  • Components of Inkjet printers
  • Components of liquid-crystal projectors
Camera barrel

PPA/PPE alloys

Corresponding grades

These materials alloy PPE—a low-water-absorption material—with highly heat-resistant polyamide (PPA) resins to yield grades featuring lower water absorption, and reduced dimensional variation upon water absorption, compared to isolated PPA resins.
These materials boast high strength, low water absorption, and good dimensional precision even in high-temperature, high-humidity environments.

Click here for more about XP series materials
Feature
  • High heat resistance, high stiffness
  • Chemical resistance
  • Low specific gravity
  • Low water absorption
  • Dimensional stability 
Application
  •  Lens tubes for vehicle-mounted cameras

Product Data/Tips for Use *Handling Precautions

Precautions for using XYRON™ (modified polyphenylene ether resin)

<Caution>
The content of this document is based on currently available materials, information and data, and may be revised based on new findings. In addition, since the precautions are intended for normal handling, in the case of special handling, please use after implementing safety measures suitable for the application and usage.

1. Handling Precautions

The key points for handling XYRON™ are shown below. Please use them to ensure safe handling of XYRON™. Safety data sheets have been created separately for handling precautions for each grade of XYRON™. Please read the safety data sheets before use. We ask that you investigate the safety of any additives other than XYRON™ that you use yourself.

A. Precautions during operation
When handling XYRON™, be careful to avoid contact with or inhalation of pellets, molten resin, or gases generated during melting. In the unlikely event that contact or inhalation occurs, the first aid measures are as follows:

  • ・If it gets into your eyes
    If it gets in your eyes, rubbing it may cause irritation or damage the cornea, so wash thoroughly with clean water for at least 15 minutes without rubbing, and if there are any abnormalities, seek medical attention.
  • ・If it adheres to the skin
    In general, wash with water or soap, and if molten material adheres, immediately cool with clean water. Do not forcibly peel off the hardened resin on the skin, and seek medical attention.
  • ・If inhaled
    Normally, there is no direct effect on the human body, but if you inhale dust, etc., gargle well with clean water. If breathing fumes from the melt makes you sick, move to fresh air and wait for recovery. If it does not recover, get medical attention.
  • ・If swallowed
    Spit it out as much as possible, and if there are any abnormalities, seek medical attention.

B. Safety and Health Precautions
Be careful to avoid eye or skin contact and inhalation of gases generated during drying and melting of XYRON™. Also, do not directly touch hot resin. When drying and melting, it is necessary to install local exhaust ventilation and wear protective equipment (protective glasses, protective gloves, etc.).

  • ・Equipment measures
    In the molding work, there is a risk that gas may be generated by heating and melting, so please install an effective local exhaust system etc.
  • ・Respiratory protective equipment
    Wear a mask for organic gas when working in a place where there is a possibility of inhaling generated gas or fume. Wear a dust mask when working with resin products, sanding, or other work that generates dust.
  • ・Protective glasses
    When working, wear resin safety glasses with side seals, resin goggles, etc.
  • ・Protective gloves
    Wear as needed. In particular, when handling molten resin, use gloves with good heat insulation to prevent burns.
  • ・Protective clothing
    Regular work clothes are fine, but especially when handling molten resin, wear long-sleeved clothing to prevent burns.
  • C. Combustion Precautions
    XYRON™ is flammable, so handle, transport, and store it away from heat and sources of ignition. In the event of a fire, it may produce intense heat, black smoke, carbon dioxide gas, carbon monoxide gas, and other toxic gases. To extinguish a fire, the same extinguishing agents as for general fires, such as water, foam extinguishing agent, or powder extinguishing agent, can be used. When extinguishing a fire, wear fireproof clothing and breathing equipment.

    D. Precautions for transportation
    Avoid getting wet and rough handling to prevent the packing bag from tearing. In the unlikely event that the bag is broken and the pellets are scattered, take special care not to slip and fall, and quickly sweep up and collect or dispose of them. Take measures to prevent static electricity disasters during pneumatic transportation.

    E. Storage Precautions
    Store XYRON™ in a location away from direct sunlight, high temperatures, and high humidity. Store it away from heat and sources of ignition, and take measures to prevent static electricity hazards.

    F. Disposal Considerations
    XYRON™, follow the Waste Disposal and Public Cleansing Law and entrust the disposal to a certified industrial waste disposal company or to a local government organization if such organization is in charge of disposal. When disposing of ZYLON™, use an incineration facility and dispose of the material in accordance with the Air Pollution Control Law and other laws and regulations.

    2.Regarding conforming standards

    XYRON™ has grades that comply with the voluntary regulations for polyolefin and other synthetic resin food containers and packaging, Ministry of Health, Labor and Welfare Notification No. 370, UL, CSA, and Electrical and Electronics Control Law. Please contact our staff for details.

    3.Others

    Please be aware of industrial property rights when using this product.

    The data in the catalog are representative values obtained based on the specified test methods and are not guaranteed values. Please refer to them as a guide to select optimal suitable grade for your individual application. Please note that these values may be changed in order to improve the physical properties.

Please contact us to ask any questions, discuss any concerns, and request samples.

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sustainability
Asahi Asahi Kasei engineering plastics' contribution to achieving carbon neutrality
The Asahi Kasei Group is committed to contributing to the realization of a carbon neutrality, sustainable society.
We will introduce our efforts to achieve a circular economy in the engineering plastics business.
Learn more