Archival pens are frequently used in scientific research labs, but there are many other uses for these writing utensils. The long-lasting ink is relied upon in a number of different fields, thanks to its many excellent properties. Here are just a few uses for archival pens that you might not have thought of before:
Scrapbooking has become a popular hobby and a great way to record life’s many milestones. In addition to using pictures and mementos on the scrapbook’s pages, people often write detailed notes about the events, including dates, names, and other important facts on each page. Archival ink ensures the longevity of these books, which are meant to last for years.
Many authors travel the country to sign copies of their most popular books. Archival ink tends to be more permanent and doesn’t bleed on paper the way other inks do. For signing the pages inside a book, this is the best type of ink to use. Of course, for signing the cover of a book, other types of pens and markers may be used.
While it is commonly used in scientific research, archival ink lends itself to any type of research where the results might be stored for many years, or where the validity of research must be proven. Engineering, clinical research, field studies, and social experiments can all benefit from this type of ink.
Archival pens serve a wide range of purposes. From artists and crafters, to serious researchers, many people throughout the world rely on this type of pen for their everyday work.
Recordkeeping is necessary in the meticulously controlled environment of a cleanroom. Specialized notebooks are used to keep detailed notes and daily data records in the dust and fiber free work room. Archival pens must be utilized to record information on the latex impregnated paper.
An archival pen is filled with an ink product that will last for generations. Archival ink is a high quality, permanent substance that will not bleed, run, or fan out into the surface of the paper that is being used. Pigment ink invented by Sakura is reliable and less susceptible to UV rays. It is fade resistant and waterproof. The black and colored inks are resistant to chemicals.
Pigma micron pens are most compatible with clean room notebooks for scientific records. The steel sleeve protects the fine line points of the pen. Six fine line point sizes allow the user to choose the size of the script desired for recording vital data. Bullet and chisel points are available for use in journaling, labeling materials, and log book documentation.
Pigment ink is colorfast and it will not smear on the paper. It is one of the most secure ink products to ensure that records cannot be compromised. The nontoxic ink is nonabrasive. The slim pens are easy to hold while writing. The tips or nibs of the archival pens will not cause indentations or damage to the surface of the paper. The lightfast ink is used by scientists, archivists, curators, historians, and artists who trust its longevity.
A manufacturer of specialized office supplies understands the needs and restrictions for notebooks and paper that are needed for a sensitive research environment. Cleanroom notebooks are vital in any space that must have zero contamination from paper fibers and dust. A company that builds highly sensitive fire and smoke detectors, for instance, must have a dust, hair, and fiber free environment.
A cleanroom notebook comes in several sizes, from pocket note pad to eight and one half inch by eleven inch standard college size paper. The 22 lb. paper is white with college ruled lines for convenient data recording or note taking. Plastic spiral spines are used to bind the notebook, which allows the pages to be opened to lie flat on a work surface. This makes it more convenient for taking notes with one hand while working on sensitive units.
The notebooks are ultraclean with chemical resistant, high density polyethylene covers. Notebook pages are impregnated with latex and printed with IPA resistant, low sodium ink. This is crucial to a low ionic contamination that could render a manufactured unit useless.
Stationery for this type of environment is packaged using bag within a bag technology in a controlled clean room. The outer bag can be wiped with alcohol before the package is taken into the sterile suites and aseptic atmosphere of the clean room. The cleanroom notebooks are removed from the storage bags when ready for use. Archival pens are used for recording vital information on the fiber and dust free pages.
It is assumed by many that serious research is only done at the baccalaureate and post-baccalaureate levels. In reality, nothing could be further from the truth. Any student conducting research in the hopes of pursuing a career in science should approach each project with the same dedication and thought as a senior researcher. This is why training with a student notebook is such a good idea for aspiring scientists of all levels.
Student notebooks can be used as legal documents for defending a patent, so any young scientist who comes upon a breakthrough discovery can claim legal ownership of the idea using the properly documented tool. Making sure that the steps in the research process is important, which is why students who are serious about their research should seek the guidance of a teacher or professor to ensure the best possible results and data recording.
Teachers with students who show an emerging interest in research should foster this curiosity by teaching the proper way to use these notebooks. Reviewing how to record data, which notes to keep at every step, and how to present ideas is critical to the research process. Learning these steps early on will prepare students for success at the collegiate level and beyond.
Student-edition notebooks have the same layout and standard features as any regular lab notebook, so the learning experience will be geared toward a future in the sciences. The pricing, however, is lower so that aspiring students can afford to invest in the proper tools for their research needs.
When it comes to doing research in a cleanroom, there are specific protocols you must follow. Regular research notebooks are not recommended for use in cleanrooms for a number of reasons. Instead, you will want to make sure that you have the right cleanroom notebooks for use in your research. When you buy the right notebook, you will be able to enjoy the following benefits.
Notebooks as a Legal Document
The pages of these notebooks are sewn, and cannot be removed without obvious evidence of tampering. This is important when you need to show—and prove—your work. Ensuring that all notes and work are in the notebook is the way that you can prove the accuracy and legitimacy of your research. All pages are numbered and carry two signature lines to make it easier to find and verify your results.
Notebooks to Reduce Contamination
Paper is naturally fibrous, and it can introduce contaminants in your cleanroom. This is why cleanroom-approved notebooks are so vital. With TexWrite cleanroom bond paper, your research area will be less prone to contamination, allowing you to produce research results with confidence and accuracy. The chemical-resistant cover and double-layered clean room packaging adds to the safety of these notebooks in your lab.
Research conducted in a cleanroom is often some of the most important work being done in the scientific community. Having the right tools to record the research process and all subsequent results is critical. Make sure you have the right tools for recording and maintaining your research without the risk of contaminating the field.
Do you know a child that loves to build things? Is your home littered with Legos, Lincoln Logs and Tinker Toys? Are there 3D puzzle structures of the Eiffel Tower and Golden Gate Bridge covering every surface of the home? It could be your child is a budding architect and, maybe, even the next Frank Lloyd Wright. When a child displays an avid interest in something like architecture or engineering, the interest should be encouraged. Give him or her an engineering notebook and teach the child how to use it. It could be a stepping-stone to a wonderful and satisfying career.
Architecture and engineering are fields that will never become obsolete. The world will always have a need for creative minds and new inventions. As the world’s population continues to swell, the need for creative housing designs to accommodate the growing numbers will become more important. Smaller, more efficient cars and forms of transportation will be needed. There may even be a need to develop life support and communities on other planets and moons. The architects and engineers of tomorrow are the block-builders of today. This is not to say that any child should be pushed toward a particular career, but if an interest exists, it should be fostered.
If the child is old enough to write and make simple designs, an engineering notebook could be a wonderful gift. It will familiarize the child with the process of developing plans and ideas, recording thoughts and making notes in the same way the industry does. It can also be used as a diary, of sorts, to record the ideas and dreams the child might one day develop into something more tangible.
Children are naturally inquisitive creatures. They are curious about the world around them. Some may be more interested in the workings of electricity than plant or animal science, and 4H is a great way to explore those interests. This program encourages children to experiment with the things that interest them most and provides guided projects that can foster their love for everything from entomology to aerospace studies. All that’s left is to supply them with the appropriate materials, including a good scientific notebook, and turn them loose.
Providing creative or educational ways to let children explore the world around them helps them develop into well-rounded individuals. It builds confidence and teaches them to question things they don’t understand. Being inquisitive is a positive trait that will help keep them informed, rather than becoming accepting followers who go with the flow.
When that natural inquisitiveness is channeled toward science, it may be the beginnings of an interest that becomes a career field. It opens up endless possibilities. Careers as veterinarians, doctors, physicists and a multitude of other things can start out as a simple 4H project. It is the responsibility of every parent to find these opportunities for kids to test things in a safe and meaningful way.
The next time a child wishes for a chemistry set or talks about building the next best robot, steer them toward a 4H project where these scientific fields can be experienced. Give the child a scientific notebook, a pen, and the materials needed to become the next famous scientist.
Whether you are a schoolteacher, home-school parent, or just someone with a love of science, having a well-stocked scientific laboratory is fundamental. There are endless possibilities when it comes to research and experimentation. It would be impossible to stock a lab for every possibility. There are some basic supplies like beakers and a lab notebook found in all labs, and this is a good place to start.
Science is all about measuring. Ingredients must be measured, as well as results. Measurements come in many forms. Here are some of the more commonly used tools for measuring different things in the lab:
- Graduated cylinders
- Meter sticks
- pH testers
Safety is of paramount importance in the laboratory. Some materials are combustible and others can cause adverse health issues such as skin irritations, blindness and breathing difficulties. Hazardous materials should always be handled carefully. In case of an accident, the following safety items should be kept on hand:
- First aid kit
- Fire extinguisher
- Chemical safety codes
- Chemical fume hood
- Eye goggles
- Eye wash station
- Wash bottle
The list of items considered “basic” may vary slightly from lab to lab. The following represent a good cross section of basic lab equipment:
- Bunsen burner
- Dialysis tubing
- Dissection scope