#scaffold

[badcodec]

[thingsdavidlikes]

Hot Salt Beef by Dave Fieldhouse Photography

[nickdewolfarchive]

hong kong, 1972

mei foo sun chuen, lai chi kok

photograph by nick dewolf https://www.flickr.com/photos/dboo/2864265626

[willemsborg]

Elbtower. Zweibrückenstraße, Hamburg 10/2024

Foto: Vanja Stockhausen

[t13shoots]

[stillcamera]

[scanpoetry]

[giangiaolsh]

Bạn đang cần thuê giàn giáo Phú Yên? Hãy đến với Long Sơn Hải, chúng tôi có đầy đủ các loại giàn giáo, phụ kiện giàn giáo số lượng lớn đi đôi với chất lượng.

[alwayswonderingandwandering]

construction

[skylinescaffoldings]

Why Use Aluminium Scaffolding?

In the bustling world of construction, every detail matters. From the foundation to the finishing touches, every decision plays a crucial role in the success and safety of a project. When it comes to reaching new heights, both literally and metaphorically, the choice of scaffolding can make all the difference. At Skyline Scaffoldings, we believe in providing solutions that elevate your construction experience. That’s why we advocate for the use of aluminium scaffolding, and in this guide, we’ll uncover the reasons why.

Lightweight but Robust: Aluminium scaffolding stands out for its lightweight yet sturdy construction. Unlike traditional steel scaffolding, which can be cumbersome and heavy to transport and assemble, aluminium scaffolding offers ease of handling without compromising on strength. This lightweight nature makes it easier to maneuver on-site, reducing labor costs and improving efficiency.

Durability and Longevity: Skyline Scaffoldings understands the importance of durability in construction equipment. Aluminium scaffolding boasts exceptional durability, capable of withstanding various weather conditions and rough handling on the job site. Its corrosion-resistant properties ensure that your investment remains intact for the long haul, providing reliable support for numerous projects to come.

Safety First: Safety is paramount in any construction endeavor, and aluminium scaffolding prioritizes this aspect. Its non-conductive properties make it ideal for use in electrical environments, minimizing the risk of accidents and electrical hazards. Additionally, aluminium scaffolding offers stability and security, providing workers with a safe platform to perform their tasks at elevated heights.

Versatility and Adaptability: One of the key advantages of aluminium scaffolding is its versatility. Whether you’re working on a small-scale renovation or a large-scale construction project, aluminium scaffolding can be tailored to meet your specific requirements. With customizable configurations and modular designs, Skyline Scaffoldings ensures that you have the flexibility to adapt to evolving project needs seamlessly.

Cost-Effectiveness: While quality construction equipment is essential, cost considerations cannot be overlooked. Aluminium scaffolding strikes the perfect balance between affordability and performance. Its low maintenance requirements and long-term durability translate to significant cost savings over time, making it a sound investment for contractors and construction firms alike.

Environmentally Friendly: As sustainability becomes increasingly important in the construction industry, choosing environmentally friendly options is paramount. Aluminium scaffolding is inherently eco-friendly, as it is 100% recyclable and can be repurposed without compromising its structural integrity. By opting for aluminium scaffolding from Skyline Scaffoldings, you’re not just investing in your projects’ success but also in a greener future.

In conclusion, the advantages of aluminium scaffolding are clear and compelling. From its lightweight construction to its unrivaled durability and safety features, aluminium scaffolding offers a multitude of benefits that enhance productivity and efficiency on the job site. At Skyline Scaffoldings, we take pride in offering premium-grade aluminium scaffolding solutions that empower you to reach new heights in your construction endeavors. Contact us today to learn more about our extensive range of scaffolding options and experience the Skyline difference firsthand. Together, let’s build a brighter future, one scaffold at a time.

You can reach to us at:

+91 8577-8577-00

skylinescaffoldings.com

[cusaqphotos]

[whats-in-a-sentence]

The lusciously imagined death of Lady Jane Grey by Paul Delaroche in 1833, complete with a red-legged executioner with a most suggestive dagger. Jane Grey was very fast from a blindfolded victim in virginal white, fumbling for the block. Aged 16, she walked to her scaffold on Tower Green, and told the waiting crowd: 'Good people, I am come hither to die.' She read from her prayer book, before asking the executioner to 'despatch her quickly'.

"Normal Women: 900 Years of Making History" - Philippa Gregory

[astaldis]

@whumptober-archive​

@whumpers-monthly​

Chapters: 2/3     Words: 3,333 Fandom: The Witcher (TV) Rating: Mature Warnings: Graphic Depictions Of Violence Relationships: Cahir Mawr Dyffryn aep Ceallach & Emhyr var Emreis Additional Tags: young Cahir, Execution, Hanging, Noose, whumpers monthly issue 21, Title from a The Amazing Devil Song  Summary: It is the reign of the Usurper and today justice is to be served. A hanging. Only, things do not go as smoothly as they are supposed to go.

Excerpt from chapter 2 - Saviour:

Alarmed by the strange sound from the horn, the guards grab their swords and, with watchful eyes, scan the crowd for attackers.

"Damn!" Emhyr curses under his breath, lowering his signal horn. He has not only foolishly squandered his chance to free the count, his old ally, but also lost the boy. It was all for nothing.

Or was it? In contrast to the four convicts preceding him, the boy is not yet dead. Hanging from the rope next to the four lifeless bodies, he is gasping for air, his legs kicking wildly. The hangman must have tampered with the knot so the fall would not break the neck and cause instantaneous death like with the others before, but instead kill slowly by strangulating the victim. Or was the boy simply not heavy enough? Body weight is of the essence in a hanging. The why hardly matters, though. If they are quick, they might be able to save him yet. Emhyr darts a look at his companion. The arbalester has noticed it, too. He readjusts his aim and lets go of the bolt. Faster than the human eye can see, the projectile zooms through the air. At the same moment, several hooded figures on horseback gallop into the market square, almost riding down the spectators standing in their way. In a panic, they leap to the sides and bump into one another. Children start to scream at the top of their lungs, their wailing drowning out the commands the bailiff bellows at the soldiers in the black Nilfgaardian uniform. The guards encircle the prisoners, their swords trained at their throats and hearts. Whoever is attacking them, they will not free a single one of the condemned, no, over their dead bodies!

In the ensuing chaos, none of the bailiff's men notices the boy dropping to the ground, the rope cut clean in two by the bolt's broadhead.

Continue reading on Ao3: https://archiveofourown.org/works/50763625/chapters/128630866

[molybdic]

spring repair

[goddess-glam-x]

Can we see your piercings??

Sure thing!

Ears and face.

I also have my nipples pierced. Newest piercings are my tongue. Still got plans for more!

[bpod-bpod]

Seen in 3D

Life, at every scale, is complex and three-dimensional. So research that only looks at biological processes in two-dimensional models will often miss important details relevant to real life. This is particularly true for research into gliomas – a type of brain tumour. To overcome these limitations, researchers developed a 3D-engineered scaffold on which to grow cells for examination and experimentation. The team implanted tumour cells derived from patients on the scaffold, and found they successfully colonised the structure (pictured). The cells were more similar to tumour cells in the body than those cultured on 2D surfaces tend to be, it was easier to monitor the growth of individual cells, and the population was more stable. The scaffolds could therefore be used to closely study the natural behaviour of tumour cells – hopefully spotting any weaknesses for new treatments to target – and be a platform to test the impact of potential anti-cancer drugs.

Written by Anthony Lewis

Video from work by Nastaran Barin and colleagues

Department of Precision and Microsystems Engineering, Delft University of Technology, Delft, & Department of Neurology, Erasmus MC Cancer Institute, University Medical Center, Rotterdam, The Netherlands

Video originally published with a Creative Commons Attribution 4.0 International (CC BY 4.0)

Published in Small, October 2022

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