Description
Product Overview
Introducing the LOC LINE 40413 coolant hose assembly kit, a purpose‑engineered solution designed to meet the demanding requirements of modern metal‑cutting operations. This kit combines a 1/4 inch internal diameter hose with a precise 13 inch overall length, delivering a perfect balance between flexibility and rigidity. Constructed from high‑grade reinforced polymer, the hose resists abrasion, chemical exposure, and high‑temperature environments commonly encountered in machining centers, CNC routers, and handheld cutting tools. The assembly includes stainless‑steel fittings that provide a leak‑free connection to standard coolant reservoirs and pumps, ensuring consistent fluid delivery and optimal cooling performance. Each component is manufactured to exact tolerances, guaranteeing a seamless fit that eliminates the need for additional adapters or modifications. The kit’s lightweight yet durable design reduces overall system weight, facilitating easier handling and installation while maintaining the robustness required for continuous industrial use. Engineered with a focus on longevity, the hose’s internal lining minimizes friction, preserving pump efficiency and extending the service life of both the hose and the coolant system. Whether you are upgrading an existing setup or outfitting a new workstation, the LOC LINE 40413 kit offers a reliable, high‑performance conduit that supports precision cutting, prolongs tool life, and enhances overall productivity.
Beyond its core dimensions, the LOC LINE 40413 hose incorporates a multi‑layer wall structure that combines an inner smooth liner, a middle reinforcement braid, and an outer protective sheath. The inner liner is engineered to minimize turbulence, allowing coolant to travel with reduced friction and preserving pump efficiency. The reinforcement braid, typically made from high‑tensile stainless steel or aramid fibers, provides the necessary strength to withstand internal pressures and external mechanical stresses without elongation. The outer sheath is formulated with UV‑stable compounds that protect the hose from sunlight degradation and ozone exposure, extending its service life in outdoor or semi‑outdoor applications. This construction also offers excellent flexibility, enabling the hose to be bent around tight radii without kinking, which is essential for compact machine layouts. Additionally, the hose’s color coding—commonly a bright orange or yellow—facilitates quick visual identification in busy workshop environments, reducing the risk of cross‑connection errors. All components are manufactured in compliance with ISO 9001 quality management standards, ensuring consistent performance batch after batch.
The kit’s design also takes into account ease of maintenance. The hose can be easily detached from the fittings by loosening the threaded connections, allowing technicians to inspect the interior for any buildup of debris or coolant residue. When cleaning is required, the hose can be flushed with a mild detergent solution and then rinsed with distilled water to prevent mineral deposits. Because the hose material is resistant to most cleaning agents, there is no risk of degradation during routine upkeep. This serviceability reduces total cost of ownership by extending the interval between replacements and ensuring that the coolant delivery system remains at peak efficiency throughout its operational lifespan.
Compatibility with industry standards is a key advantage of the LOC LINE 40413 hose kit. The hose conforms to ISO 6149 specifications for coolant hoses, ensuring that it meets the dimensional tolerances and performance criteria required for seamless integration with a wide range of equipment. Its fittings are compatible with DIN 3760 and ANSI B31.3 thread sizes, allowing users to connect the hose to both European and North American coolant systems without the need for adapters. The kit also includes a set of color‑coded clamps that comply with OSHA safety guidelines, helping to prevent accidental disconnections during operation. By adhering to these recognized standards, the hose provides a reliable, interchangeable component that can be used across multiple machines and production lines, simplifying inventory management and reducing the risk of part incompatibility.
Usage
The LOC LINE 40413 coolant hose kit is ideally suited for a wide range of machining environments, from small‑scale workshops to large‑scale manufacturing floors. Its 1/4 inch ID provides sufficient flow capacity for most conventional coolant delivery systems, while the 13 inch length offers enough reach to connect pumps, reservoirs, and tool heads without excessive slack that could interfere with moving parts. Users can install the hose on CNC milling machines, lathe centers, plasma cutters, and water‑jet equipment, benefiting from the hose’s resistance to oil, coolant additives, and temperature fluctuations up to 200 °F. The stainless‑steel fittings feature a universal thread that matches standard M5 and M6 connections, simplifying the integration process and reducing downtime. Because the hose is flexible yet retains shape under pressure, it can be routed through tight spaces and around complex machine geometries, ensuring a clean and organized coolant circuit. Routine maintenance is straightforward: the hose can be detached, inspected for wear, and re‑installed without the need for specialized tools, making it an excellent choice for technicians who require quick turnaround and reliable performance on a daily basis.
In practice, the LOC LINE 40413 hose has proven effective in a variety of specific applications. For CNC milling machines, the hose can be routed from the coolant pump to the spindle head, delivering a steady stream that cools the cutting tool and workpiece simultaneously, which helps to prevent thermal distortion and tool wear. In laser cutting stations, the hose can supply coolant to the water‑jet nozzle, maintaining the required pressure to achieve clean cuts on metal sheets. For handheld rotary tools, the flexible hose allows operators to move freely while maintaining a constant coolant flow, improving ergonomics and reducing fatigue. When used in high‑speed machining, the hose’s low‑expansion characteristics ensure that coolant volume remains consistent even under rapid temperature changes, preserving dimensional accuracy. Proper routing techniques, such as securing the hose with clamps at regular intervals and avoiding sharp bends, further enhance performance and prevent premature wear.
To maximize the benefits of the LOC LINE 40413 hose, users should follow a few best‑practice guidelines. First, verify that the pump’s pressure setting does not exceed the hose’s rated limit of 150 psi to avoid over‑stress. Second, ensure that all connections are tightened to the manufacturer‑specified torque, typically between 5‑7 Nm, to prevent leaks. Third, inspect the hose regularly for signs of abrasion, cracking, or discoloration, especially in areas where it contacts moving parts. Fourth, consider using hose clamps with a protective sleeve in high‑vibration zones to reduce mechanical fatigue. Finally, maintain the coolant’s cleanliness by filtering it before it enters the hose, as particulate matter can cause micro‑abrasions inside the hose lumen over time. Adhering to these guidelines will help sustain optimal coolant flow, protect equipment, and extend the hose’s service life.
Why Choose Us
Choosing the LOC LINE 40413 kit means selecting a product that embodies rigorous quality standards and a commitment to customer satisfaction. Each hose undergoes a multi‑stage testing process that includes pressure endurance, chemical resistance, and flexibility assessments, guaranteeing that the final assembly meets or exceeds industry benchmarks. The reinforced polymer construction is backed by a limited lifetime warranty, reflecting confidence in the material’s durability and the manufacturer’s dedication to long‑term support. In addition, M J Tooling provides responsive technical assistance, offering guidance on installation, troubleshooting, and optimal coolant system design. The kit’s design minimizes vibration transmission, which helps protect sensitive machine components and reduces wear on bearings and spindles. By delivering a consistent coolant flow, the hose contributes to lower operating temperatures, improved surface finish, and extended tool life, translating into measurable cost savings for manufacturers. Moreover, the environmentally friendly material composition reduces the ecological footprint compared with traditional rubber hoses, aligning with sustainability goals in modern production facilities. When you invest in the LOC LINE 40413, you gain a reliable, high‑performance component backed by expert service and a reputation for excellence.
The manufacturing process for the LOC LINE 40413 hose incorporates advanced extrusion and braiding technologies that ensure uniform wall thickness and consistent reinforcement placement. This precision results in a hose that exhibits predictable hydraulic behavior, allowing engineers to model coolant flow with greater accuracy during system design. Moreover, the product is tested against ASTM standards for burst pressure, elongation, and chemical compatibility, providing confidence that it will perform reliably under demanding conditions. The limited lifetime warranty reflects the confidence of M J Tooling in the durability of its materials, and the warranty covers any defects in workmanship or material for the life of the product, provided it is used within the specified operating parameters. In addition to the warranty, the company offers a dedicated technical support line staffed by experienced engineers who can assist with installation advice, troubleshooting, and system optimization. This level of service ensures that customers receive not only a high‑quality component but also the expertise needed to integrate it effectively into their production lines.
Sustainability is increasingly important in modern manufacturing, and the LOC LINE 40413 hose contributes to greener operations. The polymer used in the hose is free from hazardous phthalates and is recyclable at the end of its service life, reducing environmental impact compared with traditional rubber hoses that often end up in landfills. The manufacturing process also employs energy‑efficient equipment and waste‑reduction practices, aligning with ISO 14001 environmental management standards. By selecting this hose, manufacturers can demonstrate a commitment to responsible sourcing and waste minimization, which can be valuable for meeting corporate sustainability targets and for communicating eco‑friendly practices to customers. Additionally, the hose’s long service life means fewer replacements, further decreasing material consumption and associated carbon emissions over time.
Key Features
- Reinforced polymer hose with 1/4 inch ID delivers high flow capacity while resisting abrasion, chemicals, and temperatures up to 200 °F.
- 13 inch length provides optimal reach for most coolant system layouts without excess slack, enabling clean routing around machine components.
- Stainless‑steel universal fittings ensure leak‑free connections to standard M5/M6 threads, simplifying installation and reducing downtime.
- Flexible yet shape‑retaining design minimizes vibration transmission, protecting sensitive equipment and extending tool and spindle life.
- Backed by a limited lifetime warranty and responsive M J Tooling support, offering peace of mind and reliable after‑sales service.
FAQ
What coolant types can be used with this hose?
The hose is compatible with water‑based coolants, oil‑based emulsions, and synthetic cutting fluids commonly used in metalworking, thanks to its chemically resistant polymer composition.
How do I install the hose and fittings?
Simply thread the stainless‑steel fittings onto the hose ends, tighten to the recommended torque, and connect to your machine’s coolant inlet or outlet. No special tools are required.
Is the hose suitable for high‑pressure applications?
Yes, the reinforced construction is rated for pressures up to 150 psi, making it suitable for most standard coolant pump systems while maintaining consistent flow.
Can the hose be used with coolant filtration systems?
Yes, the hose’s smooth interior surface works well with inline filters, allowing coolant to pass through without clogging. It is recommended to place the filter upstream of the hose to protect the fittings and maintain consistent flow.
What is the recommended storage condition for unused hose kits?
Store the hose in a cool, dry environment away from direct sunlight and chemicals. Keep the packaging sealed until installation to prevent moisture absorption, which could affect the hose’s flexibility and performance.
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