New high-performance composites for aviation and drones take center stage at Envalior's JEC 2026 exhibit

Envalior, a global leader in sustainable and high-performance engineering materials, is putting the spotlight on its new Tepex® and UDea® composites for aircraft and drone manufacturing at JEC World 2026. The composites, many of which are bio-based, give manufacturers in these industries the opportunity to switch from thermoset to thermoplastic construction materials.

New polyphenylene sulfide and polyetherimide composites Tepex® dynalite: These materials are characterized by high temperature and chemical resistance as well as high intrinsic flame retardancy. Potential applications include aircraft interior parts, such as seat shells, paneling, partitions, and flaps.

High-performance Tepex® dynalite composites based on Envalior's EcoPaXX® (polyamide 4.10, PA 4.10): This material family is biobased and derived from castor oil. Thanks to the excellent adhesion between the reinforcing continuous glass or carbon fibers and the PA 4.10 matrix, it offers the highest strength and stiffness in Envalior's composite portfolio while having a low density. This makes it ideal for lightweight components in drones, such as rods and rotors.

Thermoplastic high-pressure vessel for storing hydrogen: The blow-molded tank liner is made of a Fuel Lock polyamide 6 compound and the reinforcing wrap is made of #EcoPaXX®PA410 UDea® tape, both from Envalior. The tank is easy to recycle. The strong chemical adhesion between liner and wrapping enables deep vacuum cleaning without collapse of the liner.The vessel exhibits a high mechanical strength at temperatures down to -40°C during rapid pressure changes, such as those that occur during fueling. Such #tanks can be used, e.g., in fuel cell technology for busses and trucks, and in #hydrogen transportation.

Rotation-molded liner for high-pressure hydrogen vessels: The #polyamide6 liner has an excellent inner surface with low porosity, comparable to that of blow-molded or injection-molded and then welded liners. The PA 6 compound enables the integration of metallic boss parts. As single-stage process, rotomolding is highly economical and results in liners without weld seams.

Protective sleeve for the rotor of an electric motor: The ultra-lightweight sleeve is made of UDea® tape and encloses the high-speed rotor. It is cheaper to manufacture in large volumes than its counterparts made of metal or #thermosetcomposites and, unlike the latter, is easy to recycle mechanically.

Bio-based child seat: The prototype, manufactured by the Fraunhofer Institute for Microstructure of Materials and Systems (IMWS), will be on display at JEC’s special exhibition Innovation Planets. The seat consists of a bio-based polyamide 10.10 composite Tepex® reinforced with flax fibers and is overmolded with a bio-based polyamide 11.

source : Envalior

Lubrizol Launches Breakthrough LED Chlorination Technology to Elevate CPVC Resin Performance

Lubrizol today announced a major advancement in its #CPVC manufacturing with the introduction of LED reactor technology at the company’s Louisville, Kentucky plant. This next‑generation manufacturing approach delivers improvement in CPVC resin quality and processing efficiency, reinforcing Lubrizol’s technical resin leadership and enabling greater operational flexibility to meet global demand.

Thermal stability has long been a critical performance driver in CPVC resin manufacturing. In recent years, CPVC resin stability demands across the industry have increased. The #LEDchlorination upgrade represents a breakthrough, demonstrating significant improvements in thermal stability and energy efficiency, improving sustainable production. The process also provides operational benefits to customers, including enabling longer production runs with less down time, increasing formulation flexibility and supporting improved color performance.

“This technology represents a pivotal moment for our CPVC business,” said Griffin Rial, Vice President, Lubrizol TempRite. “LED chlorination allows us to deliver meaningful performance improvements—greater thermal stability, faster customer process times, and improved sustainability—while enabling new levels of operational flexibility across our global manufacturing network. The Louisville installation will bring lasting benefits to our customers and position Lubrizol for continued leadership in the CPVC industry.

The Louisville installation serves as Lubrizol’s first for LED chlorination in CPVC resin production. The efficiency and performance gains will enable Lubrizol to flex production between making more products faster or enhancing stability as market needs evolve—further supporting growth in demanding applications and markets around the world. This innovative step lays the foundation for wider global adoption of LED chlorination technology across Lubrizol’s CPVC manufacturing footprint.

source : Lubrizol

Today's KNOWLEDGE Share : 5 Injection Molding Mistakes That Can Kill a New Product

 Today's KNOWLEDGE Share

🚀 From Concept to Mass Production:

5 Injection Molding Mistakes That Can Kill a New Product

Taking a product from idea → prototype → mass production is exciting—but in injection molding, small decisions early on can create big costs later.

Here are 5 common mistakes we see in new product development:

1️⃣ Ignoring DFM in the early stage

Designs that look good on screen may be impossible—or very expensive—to mold.

2️⃣ Inconsistent or excessive wall thickness

This often leads to sink marks, warpage, longer cycle times, and higher part costs.

3️⃣ Choosing material based on price only

A cheaper resin can result in poor strength, surface defects, or long-term failures.

4️⃣ Underestimating mold structure & tooling quality

Poor gate design, venting, or cooling layout directly impacts part quality and production stability.

5️⃣ No plan for scale-up

A design that works for prototypes may fail when moving to tens or hundreds of thousands of units.

💡 The key takeaway:

Injection molding success is not just about making parts—it’s about engineering the product for manufacturability from day one.

If you’re developing a new plastic product and want to avoid costly rework, early collaboration with an experienced molding partner makes all the difference.

source : Bert Huang

#InjectionMolding #Toolingdesign #DFM

Sunday's THOUGHTFUL Post : Demand generation ≠ lead generation.

Sunday's THOUGHTFUL Post:

Demand generation ≠ lead generation.

Not knowing the difference is killing your business:

One is about visibility and interest in your business.

The other is about actual conversions that generate revenue.

You need both to feasibly grow a business.

Putting the mechanisms in place early will help a lot down the line.

Here's a clear breakdown of each:

🫴 Demand Generation

↳ Build awareness and interest before buyers are ready to purchase.

Role: Create trust and visibility across your entire market.

Where it sits: Top of funnel—before people are ready to buy.

Who it targets: ~95% of your total addressable market, many of whom are unaware.

Tactics:

- Ungated content

- Thought leadership

- Educational videos

- Newsletters

- Communities

Mindset: Provide value up front so buyers trust and remember you.

Difficulty:

- Hard to measure with traditional metrics

- Requires consistent, value-led content

- Takes time before it shows pipeline impact

- Must work with sales alignment

- Needs strategic distribution channels

How success is defined:

- Brand recall and recognition

- Trust and expertise established

- Increase in high-intent inbound over time

- Higher conversion when buyers are ready

- More efficient pipeline overall

🤝 Lead Generation

↳ Capture contact information and convert people showing buying intent.

Role: Move ready buyers quickly through validation to a sale.

Where it sits: Mid/bottom of funnel—when people are ready to talk to sales.

Who it targets: ~5% of your market that is meaningfully ready.

Tactics:

- Landing pages with forms

- Gated eBooks

- Demos

- Free trials

- Direct-response ads

Mindset: Capture and move them through validation to a sale.

Difficulty:

- Easier to count leads and MQLs

- Shorter feedback loops

- Conversion optimisation is measurable

- Risk of low-quality leads

- Can feel productive without creating demand

How success is defined:

- Number of leads captured

- MQL and SQL counts

- Short-term conversion from form fills

- Immediate pipeline contribution

- Optimisation of capture mechanisms

Lead gen might be more measurable and feel productive.

But the pipeline will dry up if you never build demand.

✅ Demand generation fills the top of the funnel with buyers who trust you.

✅ Lead generation converts that trust into sales when buyers are ready.

But be warned, AI is shifting demand generation as we speak.

You need to think beyond Google to the new places customers search...

Namely ChatGPT, Perplexity, Gemini and other AI platforms.

Not to worry - we built Searchable to help you prepare for this.

It ensures your business gets cited where it needs to be for demand gen.

So you can convert that awareness into warm leads and customers.

♻️ Repost to help other founders increase their revenue.

source : Chris Donnelly