From September 30 to October 2, the 2026 Japan High-Performance Sustainable Materials Technology Exhibition (SUSMA) will be held at Makuhari Messe in Chiba. CircleBlend® will exhibit at the show, offering certified, consistently performing, production-ready recycled modified material solutions for Japan's automotive, two-wheeler, and mobility equipment industries.

CircleBlend® polypropylene modified materials are pellets produced through compound modification of recycled and/or virgin PP materials with various fillers and additives, including talc, glass fibers, and other functional agents. The product portfolio includes:

Within the exhibition area, CircleBlend® systematically showcased its full-chain traceability capabilities — from collection and recycling, to regeneration and modification design, through to component application — centered around the "Car to Car (ReAutoloop® to MobilityCircles™) Fully Closed-Loop Circularity" philosophy. Though a startup brand, its clear technical roadmap and traceable certification system nevertheless attracted a large number of professional visitors who stopped by to learn more.

PA (Polyamide) possesses excellent comprehensive properties — not only is it easy to mold and relatively low in density, but it has also gained widespread and effective application in mold development and assembly. Furthermore, its outstanding thermal and electrical insulation properties have expanded the design scope of nylon materials, making them a frequent choice in the automotive sector for manufacturing various components.

BMW's New-Generation i3 Leads the Circular Design Wave Recycled Materials Reshape Manufacturing Across Multiple Sectors

Zhejiang CircleBlend New Material Co., Ltd. is dedicated to advancing sustainable, recyclable, and reusable functional materials and high-performance modified plastics. With CircleBlend® as its flagship brand, the company integrates proprietary TraceBytes® full life-cycle PCR certification technology, advanced production quality management systems, and comprehensive material solution capabilities to deliver one-stop One2Solution services across multiple industries.

Product Application Modified PC Application Solutions in the Automotive Industry

Exploring the Innovation Path of Customized PP Modified Plastic Manufacturers for Home Appliance Applications

PBT Modified Plastic Manufacturers: A Complete Guide from Raw Materials to Applications

Custom Modified & Engineering Plastics Manufacturers: How Tailor-made Materials Empower Cross-industry Upgrading

In-depth Analysis of PP Modified Plastic Suppliers and Pricing: Market Dynamics and Selection Guide

Unveiling Modified Nylon PA Series Plastic Manufacturers: A Comprehensive Analysis of Technological Innovation and Industrial Applications

Unveiling Leading Manufacturers of Modified PC/ABS Alloy Compounds: The Technological Prowess Behind Material Innovation

Exploring Reinforced PP Modification Formulations: Unlocking New Horizons in Material Performance

Custom Modified & Engineering Plastics Manufacturers: How Tailor-made Materials Empower Cross-industry Upgrading

Unveiling PC/ABS Alloy Modified Formulation Suppliers: A Comprehensive Analysis of Technological Innovation and Industry Applications

Exploring PP Plastic Modification Enterprises: The Transformation Journey from Raw Materials to High-performance Materials

CircleBlend PP for Automotive Bumpers

Analysis and Selection Guide for Temperature Resistance of PC/ABS Alloys

Yellowing Causes of Flame-Retardant ABS

Glass Fiber Reinforced PP: Performance Advantages, Application Challenges, and Optimization Directions

Material Selection for Different Automotive Components

Adjustment Methods for "Flow Marks" in Flame-Retardant ABS

Required Properties of Charging Gun Materials

Advantages and Disadvantages of Glass Fiber Reinforced Nylon 6

Warm Celebration for the Grand Opening of Suzhou Branch of Zhejiang Circleblend New Materials!

Mirror Materials and Modified ASA

Advantages of PMMA/ASA Alloy Materials

Flame-Retardant PC: A Reliable Material for Power Strips

Advantages of Modified ASA in Outdoor Applications

Why is modified PC suitable for automotive lamp covers?

彼达无线充电器PC/ABS合金

汽车行业材料应用的变化趋势

产品创新｜彼达汽车零部件PMMA/ASA合金

PC/ABS合金的耐寒性能与应用实例

吹风机适用什么材料

产品创新｜rPPBlend®汽车仪表板材料

注塑气泡产生的原因及解决办法

PP增韧方法

玻纤增强PC的优缺点

彼达阻燃ABS有什么优势

PC/ABS合金与军工应用

PC/ABS合金热性能上的优势

彼达rPABlend超韧尼龙

产品创新｜彼达rPABlend®汽车进气管

产品创新｜彼达汽车保险杠改性PP

漏电起痕指数（CTI）代表什么

抗开裂彼达rPCBlend®材料

彼达亮相chinaplas2025国际橡塑展

PC/ABS合金材料备受家电领域青睐

聚碳酸酯的汽车工业领域应用

PC/ABS合金的工艺问题与解决方案

低空经济的发展和塑料行业在其中的前景和未来。

改性塑料当前的行业态势和未来的发展前景

本文主要介绍了在新能源各领域，各种塑料新材料的应用方向

本文主要介绍涉及尼龙的一些改性技术的工艺和原理

本文主要介绍熔指这一指示塑料材料重要性能的指标

2025chinaplas 彼达与您不见不散

塑料在加工过程中常常需要添加不同种类的助剂以满足材料的不同加工和应用需求，而助剂的选择在塑料改性配方设计中至关重要。本期就聊一聊助剂的分类和使用上的选择。

本文介绍了塑料结晶的原理，和如何控制结晶大小的方法。

什么是卤素，为什么要管控卤素，哪些地方是卤素的高危地带，这篇文章为您解答。

彼达开展员工商务礼仪培训，提升员工综合素质，提升商务往来客户体验。

近日，彼达举行了第四季度生日员工生日会

彼达™CircleBlend®推出的rAlloyBlend®系列充电桩壳体材料

彼达最新开发的抗应力开裂产品——汽车喇叭支架PC-N00(CRJ01)-NA

彼达rPPBlend®推出的针对汽车通风窗盖板的新材料

注塑缺陷——气泡 气泡，又称气穴、气痕、气孔，可分为水泡和气穴两种。是由于型腔存在气体，在注塑熔体流动过程中会将气体聚集在型腔内的某些部分。若这些气体不能顺利排出，气体困在其中，则形成气泡，或者使型腔的这些部分无法得到填充而形成气穴。会影响产品后续成型的效果和质量，那应该怎么解决这个问题呢？请跟随小编一起来看看接下来的内容吧~

塑料按长期使用温度分类，可分为通用塑料、工程塑料和高温工程塑料，其中高温塑料又被称为耐热塑料、高性能塑料、特种工程塑料等。 工程塑料的长期使用温度在100℃至150℃左右。五大工程塑料包括PA、POM、PBT、PC和PPO。通常应用于机械零件、汽车、电器电子等领域。 高温工程塑料的使用温度在150℃以上，这类材料除了较高的耐热性和阻燃性外，通常还具有卓越的机械加工性能、耐老化性、尺寸稳定性和优良的电性能。 可以用于替换金属材料，广泛应用于电子电器、航空航天、医疗器材、汽车、军事领域，是塑料金字塔顶端的材料。

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