Article

Practical, user-centered guidance for molding engineering plastic components: material selection, drying, mold and gate design, process settings, troubleshooting and quality control. Tips to improve cycle time, part performance and reduce scrap.

A practical guide to Plastic Injection molding for engineering plastics: core process steps, material selection, mold design, processing parameters, quality control, and how Bost supports high-performance part production.

Practical guide to selecting the right engineering plastic for mechanical parts. Covers performance criteria, common materials comparison, design and testing tips, and how Bost supports material selection and production.

A practical guide comparing 3D printing and Plastic Injection molding for prototypes, low-volume and mass production — covering costs, lead times, materials, tolerances, sustainability, and when to choose each method.

This practical guide from Bost explains how to extend the life of injection molding tooling by covering inspection schedules, cleaning, corrosion protection, cooling optimization, surface treatments, and troubleshooting to reduce downtime and costs.

Practical guide to quality control and inspection for injection molded parts using Plastic Injection molding best practices. Covers incoming material checks, process control, SPC, dimensional and NDT inspections, common defects, standards (ISO, AQL), and FAQs for manufacturers and buyers.

Practical, industry-proven strategies to make plastic injection molding more sustainable: material choices, process optimization, closed-loop recycling and design for recyclability—plus how Bost supports greener manufacturing.

A practical guide to engineering plastic cost drivers, price ranges, lifecycle value, and selection strategies. Learn how material choice affects total cost of ownership and how Bost’s advanced engineering plastics deliver long-term value.

A concise guide to the top 10 engineering plastics for high-temperature applications, comparing temperature limits, properties, and common uses to help engineers and buyers choose the right material.

A practical guide to selecting engineering plastics for Plastic Injection molding. Covers key selection criteria, common materials, processing considerations, DFM tips, sustainability, and why Bost is a partner for advanced, high-performance engineered polymers.

This guide compares engineering plastic and commodity plastic across performance, temperature, cost, processing, and sustainability. Learn when to choose engineering plastics, common materials, and how Bost supports high-performance applications.

This article explains what engineering plastic is, outlines common types and their key properties, compares performance data, and shows typical applications. It also introduces Bost's capabilities in producing advanced engineering plastics and answers frequently asked questions.

A practical, SEO-optimized guide that walks engineers and product managers through the custom injection molding journey — from prototype and material selection to tooling, validation, and full-scale production, with real timelines and cost ranges.

Explore key innovations shaping custom injection molding in 2025: smart molds, advanced resins, sustainable processes, additive tooling, and how Bost’s engineering plastics expertise meets rising market needs.

Custom injection molding delivers the repeatability, material control, and tight tolerances required for high-precision parts across medical, automotive, aerospace and green energy sectors. This article explains how custom tooling, process control, material selection, and quality systems make it the preferred manufacturing method for parts with complex geometry and critical fit-function requirements.

This guide helps engineers and buyers choose the right custom injection molding materials—thermoplastics, elastomers, and reinforced grades—based on performance, environment, cost, and manufacturability. It includes practical selection steps and how Bost supports material development and production.

A practical guide to selecting the best custom injection molding partner, covering technical capabilities, materials expertise, tooling, quality systems, sustainability, cost and project management to ensure reliable injection molding services.

Explore the top benefits of custom injection molding for manufacturing, including cost-efficiency, design flexibility, material performance, and sustainable engineering plastics solutions from Bost.

Insert molding is a production technique that embeds pre-formed parts—usually metal or other components—into plastic during injection molding to create a single, robust assembly. This article explains what insert molding is, why it matters for engineering plastics, how it works, the main types, key material and process decisions, design tips, testing and quality metrics, common failures and fixes, and purchase criteria for manufacturers. Bost’s expertise in advanced engineering plastics makes it an ideal partner for complex insert-molded components used in green energy, automotive, electronics and industrial applications.

Discover fluoroplastics, the ultimate high-performance polymers known for exceptional chemical resistance, thermal stability, and non-stick properties. This comprehensive guide explores their unique composition, diverse types like PTFE, PFA, and PVDF, and crucial applications across various industries. Learn why these advanced materials are essential for challenging environments and how Bost, a leading manufacturer, innovates in this specialized field to deliver custom, high-quality engineering plastic solutions for your most demanding projects.

Custom worm gears offer unparalleled precision and efficiency for specialized applications. This in-depth guide explores their mechanics, design considerations, and the critical role of advanced engineering plastics in achieving superior performance. Learn how tailor-made solutions, powered by innovative materials from experts like Bost, can optimize your mechanical systems for durability, reduced noise, and extended lifespan, addressing unique industrial challenges.

Dive deep into the world of engineering plastics with our comprehensive guide. Discover what sets these high-performance materials apart from commodity plastics, explore their superior mechanical strength, thermal resistance, and diverse applications across automotive, electronics, medical, and aerospace industries. Learn about key types and how advanced polymers are driving modern innovation. Bost, a leader in engineering plastics, shares expert insights.

Dive deep into special engineering plastics, the cutting-edge materials engineered for extreme performance. This guide explores their superior properties – from unparalleled thermal and chemical resistance to exceptional mechanical strength – differentiating them from standard polymers. Discover key types like PEEK and PI, their critical applications across aerospace, medical, and automotive sectors, and how they drive innovation, durability, and sustainability. Learn how Bost, a leading manufacturer, provides advanced, customized plastic solutions to meet the most demanding industrial challenges.

This practical guide helps engineers, designers, and procurement managers find reliable plastic spur gear manufacturers and suppliers. It compares 10 trusted brands—covering material options, applications, lead times, custom capability and typical industries—explains selection criteria, manufacturing methods, standards to watch, and buying tips to get durable, cost‑effective polymer gears.