Paralleles Lineal

Magnesia-Aluminium-Lineale werden je nach Industrie hauptsächlich in zwei Typen unterteilt: Lineale für die Schwerindustrie und Lineale für die Leichtindustrie. Lineale für die Schwerindustrie bestehen meist aus Gusseisen und Gussstahl, während Lineale für die Leichtindustrie meist aus Materialien wie Magnesium-Aluminium, legiertem Stahl und Edelstahl bestehen. Die spezifische Form und das Modell des Magnesium-Aluminium-Lineals können entsprechend den tatsächlichen Anforderungen entworfen werden.

Linealpunkte aus Magnesium-Aluminium:

1. 1. Anwendung des Magnesium-Aluminium-Lineals: Installation, Nivellierung, Wartung und Messung von Textilmaschinen.
2. 2. Das Lineal aus Magnesium-Aluminium ist leicht: Ein 3 Meter langes Lineal wiegt nur 9 kg.
3. 3. Das Lineal aus Magnesium-Aluminium ist bequem zu verwenden: Mit einem 6-Meter-Lineal können sich Arbeiter problemlos bewegen und messen.
4. 4.Magnesium-Aluminium-Lineale verformen sich nicht leicht: Die Biegegrenze von gewöhnlichen Stahlmaterialien beträgt 30 kg/mm2 und die von gewöhnlichen Gusseisenteilen 38 kg/mm2. Die Biegegrenze dieses Materials erreicht 110 kg/mm2 und sein Biegefestigkeitsindex übertrifft andere Materialien bei weitem.
5. 5.Lineale aus Magnesium-Aluminium sind leicht aufzubewahren: Sie können aufgehängt oder flach hingelegt werden, und ihre Geradheit und Parallelität werden durch langfristige flache Platzierung nicht beeinträchtigt.
6. 6. Magnesium-Aluminium-Lineale rosten nicht so leicht: Tragen Sie während der Verwendung kein Öl auf, verwenden Sie sie nicht über einen längeren Zeitraum und tragen Sie bei der Lagerung vorsichtig eine dünne Schicht handelsüblichen Industrieöls auf.

Herkunftsort: Hebei, China

1 Jahr Garantie

Kundenspezifische Unterstützung: OEM, ODM, OBM

Markenname: Storan

Modellnummer: 3002

Material: Aluminium-Magnesium-Legierung

Genauigkeit: angepasst

Betriebsmodus: angepasst

Artikelgewicht: angepasst

Kapazität: angepasst

Material: Material Aluminium-Magnesium-Legierung

Spezifikation: siehe beigefügtes Formular oder anpassen

Physikalische Leistung: 47 kg/mm

Erweiterbarkeit: 17 %

Streckgrenze: 110kg/mm2

Working temperature：(20±5)℃

Präzisionsklasse: 1-3

Verpackung: Sperrholzkiste

Vorlaufzeit

Magnesium Aluminum Parallel Ruler: 110kg/mm² Yield Strength for Anti-Deformation

In industrial alignment and precision measurement, the risk of ruler deformation under load can compromise accuracy—until now. Storaen’s magnesium aluminum parallel ruler combines a robust 110kg/mm² yield strength with lightweight design, delivering unmatched anti-deformation performance for applications where dimensional stability is non-negotiable. Here’s how our engineering transforms parallel ruler use in challenging environments:

1. The Science of 110kg/mm² Yield Strength

Magnesium aluminum alloy (MB15) offers a 2x strength-to-weight advantage over pure aluminum:

Load Resistance: Unlike standard aluminum rulers that bend under 50kg/mm², our rulers withstand 110kg/mm²—ideal for supporting 200kg+ workpieces during CNC machine bed calibration or textile loom installation. This prevents the 0.5mm/m sag common in weaker materials, ensuring parallelism stays within ±0.02mm/m (Grade 1 precision).
Thermal Stability: The alloy’s low coefficient of thermal expansion (21.5×10⁻⁶/°C) maintains accuracy across 10°C–40°C temperature swings, critical for outdoor construction or unheated workshops where steel rulers expand/contract unpredictably.

2. Applications Where Deformation Is Not an Option

Storaen’s magnesium aluminum parallel ruler excels in high-stakes scenarios:

CNC Machine Alignment: A 3000mm ruler with 110kg/mm² strength supports laser alignment tools during bed rail installation, ensuring 0.01mm/m parallelism for precision machining of automotive transmission cases—eliminating vibration-induced tool wear.
Textile Machinery Calibration: In loom setup, the ruler’s rigidity prevents sag when spanning 2000mm between guide rollers, maintaining ±0.05mm thread path alignment and reducing fabric defects by 30%.
Heavy Equipment Inspection: For mining machinery track alignment, the ruler’s anti-deformation design withstands accidental impacts (e.g., 5kg dropped tools) without permanent bend—unlike plastic or low-grade aluminum alternatives that require frequent replacement.

3. Design Advantages for Durability & Usability

Lightweight Rigidity: At just 3kg/m (30% lighter than steel), a 3m ruler weighs only 9kg, enabling one-person handling for elevated inspections (e.g., overhead conveyor rails) without fatigue—a key benefit for parallel ruler use in hard-to-reach areas.
Surface Protection: A 20μm anodized coating resists corrosion from coolant, oil, and humidity, extending service life by 2x compared to uncoated aluminum rulers—no need for regular anti-rust treatments.
Precision Grades: Choose Grade 1 (±0.02mm/m parallelism) for general industry or Grade 2 (±0.05mm/m) for layout tasks, both verified via laser interferometry to meet ISO 1101 standards.

4. Storaen’s Commitment to Value

Competitive Parallel Ruler Price: Starting at $299 for 500mm models, our magnesium aluminum rulers offer 3x the lifespan of generic steel tools, delivering lower total cost of ownership—especially for bulk orders in construction or manufacturing fleets.
Custom Solutions: Need a 6000mm ruler with reinforced end caps for heavy lifting? Our OEM team provides bespoke designs in 4–6 weeks, ensuring optimal load distribution for your unique parallel ruler use cases.
Warranty & Support: Backed by a 1-year warranty against deformation or coating failure, plus free calibration certificates for traceable accuracy—essential for quality audits in ISO 9001-certified facilities.

Don’t let deformation risks compromise your measurements. Storaen’s magnesium aluminum parallel ruler, with 110kg/mm² yield strength and lightweight durability, sets a new standard for industrial alignment. Whether for sale as a standalone tool or integrated into custom fixtures, our rulers ensure precision stays true under load, temperature shifts, and daily wear—making them the smart choice for professionals who demand reliability without compromise. Explore our parallel rulers for sale today and experience the Storaen difference in anti-deformation engineering.

How to Choose a Parallel Ruler: Size & Precision Grade Guide

Selecting the right parallel ruler is critical for accurate alignment and measurement in industrial applications. Whether for CNC machine calibration, textile loom setup, or heavy equipment inspection, the choice hinges on two key factors: size and precision grade—with material, durability, and cost playing supporting roles. Here’s your step-by-step guide to navigating these decisions, featuring Storaen’s engineered solutions that balance performance and value in parallel rulers for sale.

1. Size Selection: Match the Task at Hand

Choose a ruler length that suits your workpiece and parallel ruler use:

Small-Scale Tasks (≤1000mm):

500–1000mm rulers work for bench-top inspections, like verifying small machine components or electronic part alignment. Storaen’s aluminum alloy models (starting at $299) offer lightweight handling (1.5kg for 1000mm) without compromising rigidity, ideal for prototyping or low-load environments.

Mid-Range Applications (1000–3000mm):

1500–3000mm rulers are standard for CNC machine beds and textile machinery. Our magnesium aluminum parallel ruler (3kg/m weight, 110kg/mm² yield strength) spans 2000mm while resisting sag under 100kg loads, ensuring ±0.02mm/m parallelism for automotive part machining.

Large-Scale Projects (≥3000mm):

For industrial construction or aerospace assembly, 4000–6000mm rulers with reinforced ribs (available via Storaen’s OEM service) distribute weight evenly, enabling one-person use for overhead conveyor alignment without flexing.

2. Precision Grade: Align with Tolerance Requirements

Select based on your industry’s straightness and parallelism standards:

Grade 1 (±0.02mm/m):

Ideal for precision machining (e.g., aerospace components, medical device parts) where deviations over 20μm/m cause functional failures. Storaen’s Grade 1 rulers undergo laser interferometry calibration, meeting ISO 1101 and ASME B89.5.2 for traceable accuracy.

Grade 2 (±0.05mm/m):

Suits general industrial tasks like textile loom thread path setup or heavy equipment track alignment, balancing cost ($499 for 2000mm) and performance to reduce fabric defects or machinery vibration.

Grade 3 (±0.1mm/m):

Best for layout marking and rough alignment in construction or prototyping, where absolute precision is less critical but durability (anodized aluminum coating) and value matter most.

3. Material & Cost: Balance Rigidity, Weight, and Budget

Magnesium Aluminum Alloy:

30% lighter than steel, with 110kg/mm² yield strength for anti-deformation—perfect for aluminum rulers needing to withstand heavy loads without bending. Priced 20% higher than steel but offering 3x lifespan, ideal for high-stakes parallel ruler use.

Carbon Steel:

Heavy-duty and budget-friendly ($350 for 1000mm), suitable for occasional use or non-critical alignment in harsh workshops, though heavier (4kg for 1000mm) and prone to rust without regular maintenance.

4. Storaen’s Expert Recommendations

For CNC Machining: Pair a 2000mm magnesium aluminum parallel ruler (Grade 1, $899) with our laser alignment kit for ±0.01mm/m accuracy, minimizing tool wear and scrap rates.
For Textile Industry: A 1500mm anodized aluminum ruler (Grade 2, $599) ensures consistent thread path alignment, backed by a 1-year warranty against coating failure.
Custom Solutions: Need a 5000mm ruler with metric/imperial dual scales? Our team delivers bespoke designs in 4–6 weeks, optimizing for your unique parallel ruler use cases.

Choosing the right parallel ruler doesn’t have to be complex—prioritize size for your workpiece, precision for your tolerance needs, and material for your environment, then trust Storaen’s engineered solutions to deliver reliability at competitive parallel ruler price points. Explore our parallel rulers for sale today, and equip your workshop with tools designed to measure up to the toughest industrial challenges.

Präzisionslineal aus Aluminium-Magnesium-Legierung:

Das Parallellineal aus Aluminium-Magnesium-Legierung wird zur Werkstückprüfung, zum Messen, Markieren, zur Geräteinstallation und für industrielle Bauprojekte verwendet.

* Einfache Lagerung: Kann hängend oder horizontal platziert werden, die Geradheit und Parallelität werden durch die einmalige Platzierung nicht beeinträchtigt.

* Rostet nicht so leicht: Während der Verwendung kein Öl verwenden. Bei längerer Nichtverwendung eine dünne Schicht Industrieöl auftragen und dann lagern.

* Verpackung: Üblicherweise werden Sperrholzkisten verwendet, feine Verpackungen sind jedoch ebenfalls verfügbar.

Technische Spezifikation der Aluminium-Magnesium-Legierung

Präzisionslineal: