ELCRIN™ EXL9134B Polycarbonate Copolymer. Synthesized from Bio Source

Opaque Non Chlorinated, Non Brominated FR. -35° C Ductility Temperature

ELCRIN™ EXL9134B Resin is an Advanced Polycarbonate Siloxane Copolymer developed for applications requiring Sustainable material Content, Exceptional Flame-Retardant performance and reliable Low-Temperature Impact Durability. Synthesized from Bio-Based Sources, ELCRIN™ EXL9134B combines Environmental Responsibility with High-Performance Engineering Properties, making it suitable for demanding Electrical, Electronic and Industrial applications.

One of the Key Differentiators of ELCRIN™ EXL9134B Polycarbonate Copolymer is its Bio-Based Origin. Developed using Renewable Feedstock Technology, the material helps support Sustainable Product Development Initiatives while maintaining the Toughness, Dimensional Stability and processing characteristics Associated with High-Performance Polycarbonate Materials.

ELCRIN™ EXL9134B features a Non-Chlorinated and Non-Brominated Flame Retardant System, providing enhanced Fire Safety without the use of Halogenated Flame-Retardant Additives. This Environmentally Conscious formulation makes ELCRIN™ EXL9134B Resin an attractive Option for manufacturers seeking improved Sustainability Profiles while Meeting Stringent Fire performance Requirements.

The material Achieves UL94 V-0 Classification from 1.50 mm to 3.00 mm, providing reliable Flame-Retardant performance for Electrical and Electronic components where Fire Safety is a critical Design Requirement. This capability allows Designers to Utilize ELCRIN™ EXL9134B in applications requiring High Levels of Safety Compliance and Long-Term Reliability.

A Major performance Advantage of ELCRIN™ EXL9134B Polycarbonate Siloxane Copolymer is its Exceptional Low-Temperature Toughness. The material maintains Ductility Down to -35°C, allowing components to Resist Brittle Failure and Impact Damage in Cold Operating Environments. This Low-Temperature Ductility makes ELCRIN™ EXL9134B suitable for Outdoor Equipment, Transportation components and Products exposed to Challenging Environmental Conditions.

In addition to its Flame Retardancy and Impact Performance, ELCRIN™ EXL9134B incorporates an UV Stabilizer Package that helps Enhance Long-Term Weathering Performance. The added UV Stabilization Assists in maintaining Mechanical Properties, appearance and Durability when components are exposed to Sunlight and Outdoor Environments over Extended Periods.

The Polycarbonate Siloxane Copolymer Technology used in ELCRIN™ EXL9134B Resin contributes to excellent Toughness, improved Impact Resistance and enhanced Durability compared with Conventional Polycarbonate Materials. The combination of Siloxane Modification and Flame-Retardant Technology provides a balanced Property Profile suited for demanding Engineering applications.

The Opaque formulation of ELCRIN™ EXL9134B allows manufacturers to produce attractive Molded Parts with consistent appearance while benefiting from its Mechanical Strength, Flame Resistance and Environmental Advantages. Common applications include Electrical Enclosures, Power Management Devices, Industrial Equipment Housings, Transportation Components, Electronic Assemblies and other Safety-Critical Products.

Supporting Global Environmental Requirements, ELCRIN™ EXL9134B Resin is RoHS Compliant, helping manufacturers meet Regulatory Obligations while Utilizing a Sustainable, Halogen-Free Engineering Thermoplastic Solution.

Notes:

ELCRIN™ EXL9134B Polycarbonate Siloxane Copolymer
Bio-Based Engineering Thermoplastic
Synthesized from Renewable Sources
Opaque Grade
Non-Chlorinated Flame Retardant
Non-Brominated Flame Retardant
UL94 V-0 Rated from 1.50 mm to 3.00 mm
Ductility Temperature Down to -35°C
Added UV Stabilizer
RoHS Compliant

ELCRIN™ EXL9134B is a Opaque Color RoHS Compliance Polycarbonate Resin

Material HDT, 1.82 MPa, ASTM A648, °C

Vicat Softening Temperature Rate

ELCRIN™ EXL9134B : Vicat Softening Temperature rate , B50 = 139

Material MFI / Melt Flow Rate

Melt Flow Rate, 300°C/1.2 kgf = 16

Material Melt Volume Rate, MVR

Melt Volume Rate, 300°C/1.2 kg = 15

Material Flexural Modulus

ELCRIN™ EXL9134B has a Flexural Modulus, ISO 178, 2 mm/min, MPa = 2100

ELCRIN™ EXL9134B Resin are UL94 - V0@ 1.50 mm ~ 3.00 mm

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