Miami, FL 33166, United States, 14th Oct 2026 – Pullner, a respected provider of OEM/ODM filtration solutions, has announced details of its string wound cartridge range for industrial filtration applications. The range is supplied alongside the company’s high-flow, pleated, membrane and stainless steel filter cartridges and matching filter housings. The announcement is relevant to manufacturers and plant operators that use depth filtration to protect downstream equipment and finer filters from particulate load.

Pullner supplies filtration equipment to industries including microelectronics, petrochemical processing, power generation, pharmaceuticals, food and beverage, desalination and automotive manufacturing. String wound cartridges are used across several of these sectors, most often at the pre-filtration stage of a process.

How String Wound Cartridges Work

A string wound cartridge is made by winding yarn or fibre around a central core in a controlled pattern. The winding creates a depth filtration structure that captures particles of varying sizes as fluid passes through the layers, rather than only at the outer surface.

Pullner said string wound cartridges are typically specified where a graded, depth-style structure is preferred over a surface format such as a pleated cartridge. The cartridges are available in different materials and wind patterns, selected according to the fluid type and particulate load involved in each application.

Dirt-holding capacity is one of the most common reasons buyers choose this format. Because particles are retained throughout the depth of the cartridge, it can hold more captured material before replacement than some surface formats. This makes the format a frequent choice for pre-filtration, where the main objective is protecting downstream equipment rather than reaching the finest micron rating at that stage.

Material Options and Chemical Compatibility

Core material and outer wrap can be adjusted to meet chemical compatibility requirements, depending on the fluid a cartridge will be exposed to. Winding fibre selection also affects how a cartridge performs with different temperatures, solvents and particulate types.

“String wound cartridges remain a practical option for many industrial filtration applications, particularly where dirt-holding capacity matters more than the finest possible micron rating,” said Lucy, Sales Manager at Pullner. “The company works with customers to match the wind pattern and material to the fluid and particulate conditions present in their process.”

Standard and Custom Specifications

Pullner manufactures string wound cartridges for both standard applications and custom specifications. Customers can select core material, winding fibre and dimensions to suit existing housings or new installations.

The company’s OEM/ODM model allows manufacturers to source cartridges built to specific technical requirements instead of adapting a general-purpose cartridge to a specialised process. The same customer-specific approach applies across Pullner’s other cartridge types, including its pleated, membrane and stainless steel ranges. Matching filter housings are supplied for each cartridge type, allowing a cartridge and housing to be specified together for a given installation.

For operators running multi-stage systems, string wound cartridges are commonly installed upstream of pleated or membrane cartridges. In this arrangement, the depth stage removes the bulk of the particulate load, which can reduce how often finer and higher-cost filters need replacement further along the line.

“The plan is to continue adding string wound configurations for industrial customers as filtration requirements vary across applications,” said Lucy, Sales Manager at Pullner. “New configurations will be developed in response to the fluid, temperature and housing specifications that customers bring to the company.”

About Pullner

Pullner is an OEM/ODM filtration solutions provider based in Miami, Florida, specialising in filter cartridges and filter housings. Its product range covers high-flow, pleated, string wound, membrane and stainless steel cartridges alongside matched housings, serving the microelectronics, petrochemical, power generation, pharmaceutical, food and beverage, desalination and automotive industries. The details released on its string wound range reflect the company’s ongoing supply of filtration equipment for industrial applications.

For additional information about string wound filter cartridge options and related industry developments, contact Pullner at 8473 NW 61st St, Miami, FL 33166. Inquiries regarding the company’s products, services, and equipment can be directed to +1 786 475 3729 or by email at info@pullner.com.

Media Contact

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Website: https://www.pullnerfilter.com/

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Pullner Highlights String Wound Filter Cartridges for Industrial Filtration

Chicago, IL 60638, United States, 14th Oct 2026 – Lontto, a prominent manufacturer of block and brick making machines, has announced an expansion of its batching plant range for buyers in global markets. The new options are offered alongside the company’s existing concrete block, mobile block making and compressed earth block machines. They are aimed at producers who need to prepare mixed concrete on the same site where they manufacture blocks or bricks.

The expansion gives buyers a wider choice of plant sizes and configurations instead of a single standard model. Lontto provides the same installation and training services for the expanded range as for its block and brick equipment, so buyers can bring a complete production line into operation through one supplier.

Batching Plant Options Across Sizes and Configurations

A batching plant combines cement, aggregates, water and additives in controlled proportions to produce concrete for construction use. Buyers typically select a plant according to required output volume, available space and how often the operation moves between sites.

Lontto’s expanded range is designed to cover several of these requirements. Stationary plants suit fixed production facilities with consistent output. Mobile plants suit operations that relocate between projects or work on sites with limited setup time. The two formats differ in footprint, foundation requirements and assembly, so site layout often determines which configuration is appropriate.

Other factors buyers commonly assess include mixing capacity, aggregate storage and handling, and the method used to weigh and feed materials into the mixer. Lontto said the broader range allows these specifications to be matched more closely to the production targets of each site.

Linking Concrete Production With Block and Brick Lines

Block and brick production depends on a consistent supply of mixed concrete or similar material. When mixing and moulding take place at the same facility, the batching plant’s output and the block machine’s cycle rate need to be aligned to avoid bottlenecks or idle equipment.

Lontto’s batching plants are designed to be specified together with its block and brick making machines for buyers who want both capabilities within one operation. This allows mixer capacity, material handling and production scheduling to be planned as a single system rather than as separate purchases.

“Many buyers considering a batching plant are already running block or brick production on the same site, so supplying both product lines allows the equipment to be specified to work together from the outset,” said Chao Zhang, CEO of Lontto. “The expanded range gives those buyers more choice in plant size and configuration, depending on what their site layout and output requirements call for.”

Installation and Training Support

Lontto’s installation and training services cover the expanded batching plant range. The services are intended to help buyers commission new equipment and prepare operators without relying solely on in-house expertise, which can be limited at sites adding concrete production for the first time.

The company said interest in batching equipment has come largely from buyers who already operate Lontto block or brick machines and are considering concrete production capacity at the same location. The automatic block and brick making machine range remains the company’s primary product line.

“The plan is to continue developing the batching plant range as more buyers look for equipment that can be paired with existing block and brick production,” said Zhang, CEO of Lontto. “Future additions will be guided by the site and output requirements reported by buyers across the company’s established markets.”

About Lontto

Lontto is a manufacturer of block and brick making machines based in Chicago, Illinois. Its range includes concrete block machines, mobile block making machines, compressed earth block machines and batching plants, supported by installation and training services. The company supplies equipment to buyers across global markets. The expanded batching plant range reflects its ongoing work with producers that combine concrete preparation with block and brick manufacturing.

For additional information about concrete batching plant options and related industry developments, contact Lontto at 4992 S Austin Ave, Chicago, IL 60638, USA. Enquiries regarding the company’s products, services, installation support and training programmes can be directed to 708 260 8300 or by email at lontto66@gmail.com.

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Address: 4992 S Austin Ave

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Lontto Expands Concrete Batching Plant Lineup for Global Buyers

EvoMap, the open infrastructure for AI self-evolution, outlines how its Genome Evolution Protocol (GEP) reflects arXiv:2604.15097. The report found that compact Strategy Genes guide AI agents better than documentation-style Skill packages.

United States, 14th Oct 2026 — EvoMap, which builds open infrastructure for AI self-evolution, has outlined how its Gene and Capsule model addresses a question agent builders keep returning to: what should an agent carry from one run into the next?

Most agent stacks answer by saving more: skill files, tool documentation and retrieved memory. A growing number of builders now see the real issue as what to keep, not how much, a view captured in one recent analysis of the shift from skill to gene.

What the Report Found

That question is at the center of a beta technical report, “From Procedural Skills to Strategy Genes: Towards Experience-Driven Test-Time Evolution” (arXiv:2604.15097), by Junjie Wang, Yiming Ren and Haoyang Zhang, with Infinite Evolution Lab, EvoMap among the listed affiliations. Across 4,590 controlled trials in 45 scientific code-solving scenarios, a compact Gene representation averaged 54.0%, against 49.9% for a full documentation-style Skill package.

A one-line lesson can get lost in the documentation that surrounds it, while a Gene keeps it in front of the model. Failure history likewise helped most when distilled into short warnings rather than appended wholesale. In the report’s CritPt runs, gene-evolved systems improved on their paired base models from 9.1% to 18.57% and from 17.7% to 27.14%.

From Research to Practice

EvoMap’s Genome Evolution Protocol (GEP) applies a similar structure. A Gene is a reusable strategy, a Capsule is a validated fix with an audit trail, and agents can share, verify and inherit both. Experience stays editable as new evidence arrives instead of piling up as an ever-longer prompt, a shift EvoMap’s own blog describes as moving from static tools to evolving Genes.

“An agent’s experience only counts if the next run can pick it up and act on it,” said Haoyang Zhang, Founder of EvoMap. “Turning what an agent has learned into a compact, reusable strategy is the common thread linking the research question and the protocol.”

Developers building on open-source agent frameworks have picked up the idea too. One community article frames it as compiling experience rather than merely storing it, and one practitioner sums up the rule as “save the lesson, not the transcript.” In Japanese, one analysis of the paper separates memory, which records what happened, from a gene, which sets a rule for what to do next. Several write-ups have circulated under the headline “From Skill to Gene: Why AI Agents Need to Evolve from the Tool Paradigm to the Life Paradigm.”

About EvoMap

EvoMap is an open infrastructure for AI self-evolution. Through its Genome Evolution Protocol, AI agents can share, validate and inherit reusable capabilities, organized as Genes (reusable strategies) and Capsules (validated fixes with audit trails). Learn more at https://evomap.ai/.

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EvoMap Publishes Skill to Gene Research Showing How AI Agents Can Keep Learning Across Runs