#hedpe

[our-smokemybones-world]

♟️🌃 #birmingham #recalltheremains #psychovillage #hedpe (at Birmingham, United Kingdom) https://www.instagram.com/p/CmArRHhIH3E/?igshid=NGJjMDIxMWI=

[polopirate]

Strange noize tour 2008 circa 2009 with @jahredgomes_official #mcud #hedpe #nightlife #rock #alternative #metal #style #fashion #fashionblogger #streetwear #streetfashion #moda #estilo #nyc #sextaferia #friday #polopirate #polopirata #fbf #flashbackfriday #retrocesso (at The Gramercy Theatre) https://www.instagram.com/p/Cl9ATEWOMs3/?igshid=NGJjMDIxMWI=

[avachemicals6]

How to buy Lead Nitrate for heat stabilizing application?

The process of heating degrades Lead Nitrate. It is a frequently used in pyrotechnics. Both water and dilute nitric acid are soluble, thus making coordination complexes. Its chemical properties make it useful for stabilizing nylon and polyester. Additionally, it can be used as a rodenticide and photo thermographic paper coating. It is supplied through chemical manufacturers to clients where ever they are based.

AVA a chemicals is a well-known as one of the prime Lead Nitrate suppliers in India. For over 40 years the company continues to supply this chemical and several others. We meet the specific needs of customers who order directly or via online channels.

 This post offers a simple guideline to understand why lead nitrate is a good heat stabilizer. We can also discuss your requirement for the next project.

Quick facts about Lead Nitrate:

Lead Nitrate does not react with water as it is highly soluble.

It is toxic for humans and should be handled carefully.

It can be a cause for cancer in kidneys and lungs.

Immediate applications

As a regular supplier and Lead Nitrate Manufacturers in India, AVA Chemicals offers it in a powder format. It has a colourless appearance and is very slightly soluble in alcohol.

Customers in different industries use the same for the following applications:

Heat stabilizer in nylon and polyester in the form of a photo thermographic coating.

Making match sticks and special explosives.

Leaching of gold which is done via metallurgical process. Only a tiny amount is required to improve leaching.

Dye and photographic usage.

Engraving process.

It works as a bromide scavenger (for SN1 substitution).

In organic chemistry, it creates isothiocyanates from dithiocarbamates.

In Europe, it first was applied as an initial material to make lead paint pigments. Today, AVA Chemicals continues to make it in the laboratory as Lead Nitrate manufacturers in India. It is an important by product whose commercial production is required globally.

Lab-based thermal decomposition

 Heating turns lead Nitrate powder to a yellowish shade. The decomposition temperature begins from the top and then goes below.  When hot, it is brown in colour and the yellowness appears when the chemical starts to cool.

Buying process

We have plants that manufacture lead nitrate and other chemicals in large quantities. All our prime sources of material are located close to the plants. We also organise the safe delivery in the powder form.

To buy laboratory grade Lead Nitrate, it is important to approach a certified manufacturer like AVA Chemicals. Other than having decades of experience, the company is ISO: 9001:2015 certified. The company professionals have the required expertise and technical qualifications to conduct lab tests. A large facility is equipped to make bulk quantities of Lead Nitrate. The staff is trained to handle complex chemicals and their distribution to customers.

If you wish to know more about Lead Nitrate as a good heat stabilizer or its other applications in details, do let us know. We have full-fledged team to cater to all kinds of chemical formulations and their requirement in various industries.

[aquapharm123]

Etidronic Acid: Understanding Its Role in Medicine and Beyond

In the world of medicine, numerous chemical compounds have revolutionised the way we treat various health conditions. One such compound that has played a crucial role in healthcare is Etidronic Acid. Also known as etidronate, this unique compound is a member of the bisphosphonate drug class and has found widespread applications in treating bone-related disorders. 

With its ability to modulate bone metabolism, Etidronic Acid (HEDP) has become an indispensable component in the battle against osteoporosis and other bone diseases. This article dives deeper into the properties, uses, and potential future applications of Etidronic Acid.

Understanding Etidronic Acid:

Etidronic Acid, also known as HEDP, is a synthetic compound that belongs to the family of bisphosphonates. It was first developed in the 1960s and later gained significant attention in the medical community for its potential therapeutic effects on bone health. The chemical structure of Etidronic Acid enables it to closely resemble the natural pyrophosphate compound found in the body. This similarity allows Etidronic Acid to interact with the bone mineral hydroxyapatite, making it an effective agent in regulating bone resorption and mineralisation.

Clinical Applications:

The primary application of Etidronic Acid lies in the treatment of bone-related disorders, particularly osteoporosis. Osteoporosis happens to be a condition characterised by diminished bone density and increased bone fragility, leading to a higher risk of fractures. Etidronic Acid, when used as a therapeutic agent, helps inhibit osteoclast activity, the cells responsible for breaking down bone tissue. By doing so, it helps to slow down the bone loss process, enhancing bone density and reducing the chances of fractures.

Etidronic Acid is also employed in the management of other bone conditions, including Paget's disease, a disorder where there is excessive bone remodelling, leading to weakened and misshapen bones. By modulating bone metabolism, Etidronic Acid aids in normalising bone growth and helps alleviate symptoms associated with Paget's disease.

Administration and Dosage:

Etidronic Acid is available in various formulations, including oral tablets and injectables. The choice of formulation and dosage depends on the particular condition being treated and the severity of the bone disorder.

For treating osteoporosis, oral Etidronic Acid is often prescribed, typically taken on an empty stomach, to ensure optimal absorption. To minimise potential gastrointestinal side effects, patients are usually advised to take the medication with a full glass of water and remain in an upright position for at least 30 minutes after consumption.

In cases where intravenous administration is necessary, healthcare professionals may opt for Etidronic Acid injections, ensuring direct delivery into the bloodstream for a more immediate effect.

Safety and Side Effects:

Like any medication, Etidronic Acid is associated with potential side effects. Some usual side effects include gastrointestinal discomforts such as stomach pain, nausea, and diarrhoea. However, serious adverse reactions are rare but can include allergic reactions, severe bone pain, and in extremely rare cases, osteonecrosis of the jaw.

As with all medications, it is essential for patients to discuss their medical history and any pre-existing conditions with their healthcare provider before beginning Etidronic Acid treatment. Moreover, adherence to the prescribed dosage and regular follow-up with healthcare professionals are crucial for monitoring the effectiveness and safety of the treatment.

The Future of Etidronic Acid:

Beyond its well-established role in treating bone-related disorders, ongoing research has explored the potential applications of Etidronic Acid in other medical fields. Some studies have investigated its potential as an anti-cancer agent, as bisphosphonates have shown inhibitory effects on certain cancer cells. However, more research is required to fully understand the mechanisms and potential benefits in this regard.

Additionally, Etidronic Acid's unique properties may find application in industries beyond medicine. For instance, its role in inhibiting mineral scale formation has been studied for potential applications in water treatment and industrial processes.

Conclusion:

Etidronic Acid has undoubtedly made a significant impact in the medical world, particularly in the management of bone-related disorders like osteoporosis and Paget's disease. As our understanding of this compound grows, its potential benefits in other areas of medicine and industries may also come to light. 

However, it remains imperative to continue research and clinical trials to fully explore its capabilities and ensure safe and effective use in diverse applications. In case you’re looking for the top HEDP manufacturers, Aquapharm Chemicals are the best choice! 

[weatherman667]

Speculative Fiction Firearms: Part 1, the Holy Boltgun

The .998" Godwyn Boltgun.

What is a Boltgun?

Gyrojet: Attaches the casing to the bullet, with tiny holes to turn it into a tiny rocket. The holes are drilled to give it a spin. Contrary to popular belief, the primary reason it wasn't implemented was simple logistics. Most cases are, literally, just stamped. If you have the sheet metal ready, they literally take seconds. the Gyrojet was far more complicated to make. We have gotten to the point that 3D printing / minifacturing could conceivable produce them reliably.

HEDP: High Explosive Dual Purpose. This has a reinforced tip, with a time-delayed explosive. The second it takes to detonate allows it to penetrate far more, dramatically improving the damage to the target.

These are both technologies that are entirely possible to create right at this very moment. Assuming we have genetically engineered super soldiers in powered armour to wield them.

Gyrojets dramatically reduce the length of the barrel, which is the heaviest part of the weapon. It allows the removal of rifling, which dramatically lowers the recoil of the weapon.

HEDP work exceptionally well, and are standard warheads in use by certain militaries. The primary reason we don't is... that it would be a war crime. Unless we designed it for anti-material use.

[catgirlforeskin]

I think its really hot how you care so much about the halo ammunition and also how you care about it being filled properly, stuffed full even

It’s sooo hot you should join my gaming discord and play Arma 3 with me so I can explain the difference between APFSDS, HVAP, and HEDP sniper rounds

[etes-secrecy-post]

Hi, before I explain my post, I want to say something important.

• What you see my blog has become a major overhaul. And despite the changes, I decided that my 2nd account will be now my artwork blog with a secret twist.

⚠️NEW RULE! (W/ BIGGER TEXT!)⚠️

⚠️ SO PLEASE DO NOT SHARE MY 2nd ACCOUNT TO EVERYONE! THIS SECRECY BLOG OF MINE IS FOR CLOSES FRIENDS ONLY!⚠️

• AND FOR MY CLOSES FRIENDS, DON’T REBLOG IT. INSTEAD, JUST COPY MY LINK AND PASTE IT ON YOUR TUMBLR POST! JUST BE SURE THE IMAGE WILL BE REMOVED AND THE ONLY LEFT WAS THE TEXT.

⚠️ SHARING LINKS, LIKE POSTS, REBLOG POSTS, STEALING MY SNAPSHOT PHOTOS/RECORDED VIDEOS/ARTWORKS (a.k.a. ART THIEVES) OR PLAGIARIZING FROM UNKNOWN TUMBLR STRANGERS WILL IMMEDIATELY BE BLOCKED, RIGHT AWAY!⚠️

😡 WHATEVER YOU DO, DO NOT EVER LIKED & REBLOG MY SECRET POST! THIS IS FOR MY SECRET FRIENDS ONLY, NOT YOU! 😡

Okay? Capiche? Make sense? Good, now back to the post…↓

#Onthisday: Aug 15th, 2017

Title: Cuteness Member - Maxwell

Here's Maxwell 🐰🖌️(enrolled the Cuteness Defender Academy, along with his two siblings) and his first armored, the "Guncannon", Earth Federations second unit and a power artillery suit. 😁🤖💥

Guncannon Max Came from the real: RX-77-2 Guncannon

Armament(s):

• 60mm Gatling Cannons "Vulcan Guns" Dual, head-mounted, triple-barreled gatling cannons in caliber 60 millimeter. Each gun is loaded with 400 rounds of ammunition and fires at a rate of 1600 rounds per minute. Primarily for the elimination of aerial and light armor targets. With sustained fire, the stream of bullets can cause damage to enemy mobile suits.

• 240mm Cannons A pair of 240mm cannons are mounted over either shoulder of the MS. The mid-range fire support artillery cannon is fed by a twenty (20) round internal magazine located inside the main body of the Guncannon. Each 240x800 millimeter shell has a 95 kilogram HE fragmentation warhead, with a casualty radius of 40 meters. Can fire to distances up to 2.5 kilometers.

• Spray Missile Launchers The pilot has the option to replace the 240mm cannons for the two spray missile launchers, which consist of 12 tubes, each tube containing two (2) missiles for a total of 24 missiles per launcher. While they do not have either the penetration power or the rate of fire of beam weapons, the rockets are not affected by the line of sight and any type of anti-beam coating.

• BAUVA*XBR-L (Bauva eXperimental Beam Rifle Long-range) The Guncannon can be equipped with a larger and more powerful beam rifle than the RX-78-2. It is powered via an internal E-Cap with an average charge of fifteen (15) rounds. Each beam is capable of tearing through the medium and heavy armor of enemy MS and MA that haven't been treated with anti-beam coating. Maximum effective range of the rifle is 2.8 kilometers.

• Hand Grenades Each RX-77-2 Guncannon comes with two (2) HEDP fragmentation hand grenades stored one per leg, inside a secured hatch on the lower part of the limb. All the MS need to do is reach down and pull the grenade from the storage rack. Once this is done the grenade is already armed. There is a five to seven second fuse, allowing enough time for the Guncannon to throw the grenade safely away. The average throwing distance is about 300 meters.

Maxwell (Rabbit OC) - owned by @bryan360 / BryanVelasquez87 (dA) Armor (Mobile Suit Gundam 0079) - Gundam Series © SUNRISE, Sotsu

[wickedjack81]

Missed a day!! 18- Flight of the Valkyries

19- The meadow by hedpe

[sjvllsblog]

A U.S. Army soldier from the 1st Battalion, 181st Infantry Regiment fires a HEDP 502 round from an M3A1 MAAWS. Northern Iraq, Sept. 23, 2024.

[jobustad]

New Higher Education Commission Jobs in Islamabad September 2024 Advertisement

New Higher Education Commission Jobs in Islamabad September 2024 has been announce trough Latest advertisement A Project Coordination Unit (PCU) has been set up under the Higher Education Commission for the HEDP project. The services of an eligible, motivated and professional individual for the position of Project Coordinator are required for PCU based in Islamabad as Individual Consultant. The…

[our-smokemybones-world]

🔥🔥🔥 @therealhedpe tonight at @theflapper 🤘🤘🤘 #hedpe (at The Flapper) https://www.instagram.com/p/ClyI0vxokwt/?igshid=NGJjMDIxMWI=

[avachemicals6]

Trisodium NTA Powder: Your One-Stop Solution for Industrial Cleaning and Chelation

Trisodium nitrilotriacetate (NTA) powder, a powerhouse of industrial applications, isn’t just another chemical on the shelf. It’s a versatile and effective product that tackles a multitude of challenges, saving you time, money, and resources.

At AVA Chemicals, we understand the demands of various industries that require this powder. That’s why we offer premium-grade Trisodium NTA powder, meticulously manufactured to meet the highest quality standards in India.

Through this post we walk you through its benefits and how we manufacture it with best industry practices.

Summary of its composition and its power in points

Chemical Formula:Na3N(CH2COO)3 (Sodium salt of nitrilotriacetic acid)

CAS Number:5064-31-3

Appearance:White, crystalline powder

 Properties

High Water Solubility:Dissolves readily in water, making it ideal for use in aqueous solutions.

Chelating Agent:Forms strong bonds with metal ions, preventing them from causing issues in industrial processes.

High pH:1% solution in water has a pH of 10.5-11.5, making it slightly alkaline.

Biodegradable:Breaks down naturally under the right conditions.

Relatively Stable:Decomposes at high temperatures (around 340°C).

Non-volatile:Does not readily evaporate at room temperature.

Why is Trisodium NTA Powder Considered an Industrial Workhorse?

Trisodium NTA powder isn’t just another cleaning agent. It is a versatile chelating agent with a wide range of industrial applications. Its ability to bind with metal ions makes it a valuable product. It can tackle common challenges across various sectors.

In the industrial world it is beneficial for the following key reasons.

Cleaning Champion: Hard water minerals and scale build up can wreak havoc on boilers, cooling towers, and pipelines. Trisodium NTA powder acts as the ideal agent. It can dissolve these deposits. Additionally, it is able to prevent them from hindering heat transfer which reduces efficiency.

In the textile industry, it effectively removes iron and other metal contaminants during dyeing and finishing processes. This ensures vibrant, consistent colours by preventing them from becoming dull or uneven due to metal interference.

Water Treatment Wizard: Hard water plagues many industrial operations, causing problems like soap scum build up. It reduces cleaning effectiveness in a large way. Trisodium NTA steps in as a water softener, binding with calcium and magnesium ions, the main culprits behind hardness. This allows detergents and cleaning agents to work their way through the right applications.

Unlocking Efficiency of this powder with AVA Chemicals

Trisodium NTA powder can be a game-changer for your industrial cleaning and chelation needs. Its versatility, effectiveness, and biodegradability make it a compelling choice.

At AVA Chemicals, our expert team is committed to providing you with the highest quality.

Upholding Quality: How We Ensure Top-Tier Trisodium NTA Powder

Through years of experience, we understand that consistent quality is paramount for your industrial processes. That’s why we adhere to quality control during production. It ensures our Trisodium NTA powder meets the highest standards.

Here’s a glimpse into our commitment to quality.

Rigorous Sourcing: We source our raw materials from reputable suppliers who adhere to strict quality control measures. This ensures consistency in the starting materials used for Trisodium NTA production.

 Multi-Step Manufacturing Process: Our production process is meticulously designed and closely monitored. We utilize the advanced machinery and a trained production team to work meticulously.

You gain a commitment to excellence when you collaborate with our team. It will automatically translate into efficient and reliable solutions. We believe our cost-effective cleaning and chelation approach will benefit your industrial operations.

AVA Chemicals is the leading manufacturer and exporter of Trisodium NTA. We offer the best quality Trisodium NTA with competitive prices.

[aquapharm123]

What Is Etidronic Acid? Read To Know In Detail!

Etidronic acid, also known as 1-hydroxyethylidene-1,1-diphosphonic acid (HEDP), is a versatile chemical compound with a variety of applications in various industries. It is a strong chelating agent, which means it can bind to metal ions and form stable complexes. 

Chelating agents are chemical compounds that are able to bind to metal ions and form stable complexes. The term "chelate" derives itself from the Greek word "chele," which means "claw," as these agents are able to bind to the metal ions in a way that resembles the grasping action of a claw. This property makes it useful in a range of applications, including water treatment, detergents, and corrosion inhibitors.

There are several types of chelating agents, including organic chelating agents and inorganic chelating agents. Organic chelating agents are made from organic compounds and are commonly used in water treatment, detergents, and personal care products. Inorganic chelating agents are made from inorganic compounds and are used in industrial applications such as metal finishing and electroplating.

One of the main uses of etidronic acid is in water treatment. It is used as a scale inhibitor in cooling water systems to prevent the formation of scale deposits. Scale deposits can clog pipes and reduce the efficiency of the system, causing costly downtime and maintenance. Etidronic acid works by chelating the metal ions present in the water, preventing them from reacting with other ions to form scale. It is also utilised in the form of a corrosion inhibitor, as it can form a protective layer on metal surfaces, preventing corrosion.

Etidronic acid is also used in the detergent industry as a sequestrant, which means it helps to keep ingredients stable and prevent them from reacting with each other. It is commonly used in detergents for laundry, dishwashing, and cleaning. In addition, it is used in the production of personal care products such as toothpaste and mouthwash, as it helps to maintain the stability and effectiveness of the product.

Etidronic acid has several advantages over other chelating agents. It is highly stable and does not break down easily, making it effective over a wide pH range. It is also non-toxic and biodegradable, making it safe for use in various applications.

Etidronic acid is produced through a process called phosphonation, which involves the reaction of an alcohol with phosphorus trichloride. The resulting product is then hydrolyzed to produce etidronic acid. There are several etidronic acid suppliers in the market, offering a wide range of products for various applications.

One such supplier is Aquapharm, a leading manufacturer of etidronic acid and other speciality chemicals. Aquapharm has a team of experts who work on developing innovative solutions for various industries. Aquapharm aims at producing high-quality products and providing excellent customer service, making it a trusted choice for many customers worldwide. So, if you’re looking for the best HEDP manufacturers, you know where to land!

[weatherman667]

40k Games and their Weapons

Boltgun

The Holy Bolter. Standard .998" Godwyn pattern, used by Astartes. Both Space Marine and Boltgun protray them well. The main difference is that Boltgun gives you 25 rounds / mag, while Space Marine gives you 30. Both of those are valid. 30 is the standard by most assault rifles, while 20-25 is more common with the higher power battle rifles. To explain how powerful the Godwyn Boltgun is, we have to start with the difference between a rifle and a rifled cannon is 12.7mm / .50". Anything beyond that is considered a cannon. The Bolt part of the Boltgun means it can dramatically reduce the barrel length without any loss to power, accuracy, or range. But the impact? HEDP. A penetrating head followed by a delayed explosive charge, to maximize the damage to the target.

The closest we have is probably the Bushmaster https://en.wikipedia.org/wiki/M242_Bushmaster, a 25mm cannon.

Whether it's an Assault Rifle or a Battle Rifle is an open question.

The other main difference is usage. Titus carries double frontline ammunition. Caedo carries frontline ammunition and refuses to use his optics. I have known soldiers to eschew anything other than iron sights, but the optics are built into your helmet! Titus doesn't even use a helmet, and still uses his optics.

Deathwatch: Tyranid Invasion actually uses Rapid Fire rules, and fires on Repetition beyond 50% of your range, and Automatic within 50%. I honestly can't think of a single other game that recognizes this.

The other main difference is ammuntion. Titus can use Kraken Bolts. They have higher penetration, and a slightly slower cycle rate. If you combine it with Bolter Targeting, then you get an incredibly accurate weapon that can accurately burst fire at nearly infinite range.

Caedo finds alternate ammo magazines, and acts like a toddler unwrapping a present, and puts it in and readies it right away. This makes the Bolter too valuable to use a lot of the time. Luckily for us, Caedo has no problem carrying an arsenal. They also added armour penetrating ammo, but decided to not make them the Kraken Bolts, which I constantly forget about and it sometimes legitimately pisses me off. This is like the biggest change from canon.

Plasmagun

The standard anti-armour weapon of martyrs. In the OTT, you can either do a regular or overcharge attack. Overcharge does a lot more damage but if you roll a 1 on the hit roll you heat it passed it's containment threshold, and get hit by the tank-busting plasma.

Captain Titus has enough skill that he knows when to pop the heat sinks and give up. This allows it to be used for both rapid attacks or heavy hitters. Notably, when charging it, it builds it heat. And this shows you very clearly how easy it is to mess up the heat build up if you take too long to aim.

Caedo seems to do semi-charges. It still has S:7, (standard strength for Plasma), but giving it a small AoE. This means you can't use it at close range, or rapidly, but he gets a lot more of every shot without coming close to risking an overheat. He seems to flatout refuse to do a full overcharge, which, in all honesty? Is probably the right answer.

Tyranid Invasion kind of inverted it. The weapon can overheat on any attack, and if it does, you can't use it until your next turn. This actually works very well with the AP system it has, but has the paradox of having overcharge attacks have a lower chance of overheating the weapon than regular attacks do. Overcharge attacks take all of your remaining AP, which means you can't duck back around cover. This makes it dangerous in a different way.

Meltagun

One of the only things I hate about Space Marine is that they tried to turn the Melta into a shotgun, because there isn't a shotgun equivalent. They could have used a Flamer, but instead decided to use the Melta, forever messing with how Meltas works.

Meltas are effectively High Explosive Anti-Tank shells put into a weapon form. It fires a concentrated beam of superheated gasses contained by a magnetic field. This is what gives it it's phenominal armour penetration. In the OTT, it's one of the few weapons that has the highest level of armour penetration.

Boltgun was making an homage to Space Marine, so I can't fault them for using a similar premise. They give it a cylinder AoE instead of a cone. This is much more useful. The cone was to make it so that Assault Marines can roll out of way of the Melta, because Space Marine was all about balance.  Boltgun's is much more useful.

The winner is Tyranid Invasion, which doesn't even have an armour penetration mechanic. Meltas have a small charge up before firing a small beam at the target.

Because Space Marine and Boltgun give it a wide area of effect, they have to otherwise cripple it. The balancing part is that meltas have half the range of Boltguns, and Inferno Pistols have half the range of Bolt PISTOLS. Instead Space Marine gives it a large dead zone, and Boltgun gives it extremely limited ammunition. If they didn't force the issue, it would make a fantastic main weapon. Boltgun, for whatever reason, decided to use 5 units of fuel with each shot, which gives you 2 shots off a single magazine, and 8 in total.

Vengeance Launcher

Only approved for trial on Graia. The Vengence Launcher is a command-detonated grenade launcher.

Space Marine was using altenate attack for reload, so you couldn't reload a weapon if you use alt-attack for something else. In Space Marine, it was balanced for PvP, which has people moving in ways that only make sense in first person shooters.

Boltgun's is instead balanced to use PvE. It's far easier to use on a dynamic battlefield, and the fact you can reload it means you can carry more ammo for it than you could otherwise. If you carried double frontline ammo, it would be usable as a main weapon. Caedo uses it as a simple delayed explosive, but this delay allows you to use it point blank. It has a mild knockback, and lets you get out of range before it blows.

Heavy Boltgun

The big brother of the bolter. Unfortunately in the OTT they great this like a light machinegun rather than the ridiculous autocannon it really is. Captain Titus treats the Heavy Boltgun as if it was something that should properly be reserved for Devastators. He only uses it temporarily.

Malum Caedo, however, is a Sternguard Veteran, which are perfectly allowed to carry them.

In Space Marine, the Heavy Boltgun has a variable cycle rate. While real machineguns have variable cycle rate, they are instead used incase your gas cycle system is getting clogged. While technically difficult, there is really nothing hard about making a weapon work like this. Alt-Fire has you take a braced stance and increase the cycle rate. This is how regular machineguns actually work. They pick a Lay, a combination of siting and sighting, and fire down that line. This is because machineguns are LINEAR area of effect weapons. They are most effective when fired in defilead, (to protect from incoming fire), to fire in enfilead, (getting your enemies into a line). The easieset way to do this is either fire from the flanks, or lure your enemy into an enfilead.

Caedo, on the other hand, just goes Rambo with it. When he fires, there is a short period where he lines up the heavy weapon, his movement speed is restricted, and the weapon is powerful enough to push him backwards. Boltgun has a lot of places that are perfect for drawings enemies into enfilead and then mowing them down.

Stormbolter

Sadly absent from Boltgun. The Boltgun is universally the most balanced, meaning generally useful weapon for every combat situation. So, the best thing you can do with a Boltgun is have two of them and guntape them together. Luckily that is what a Stormbolter is. The Codex indicates that it's simply too difficult for most Astartes to use properly. Instead it's limited to Sergeants and Veterans.

Space Marine purposefully balances it. This contradits the Codex, but what they did was allow you to do a lot of damage over a short period of time. After which the weapon was no longer pointing anywhere near where you wanted to be. This because Space Marine added recoil. People might immediately think it's recoil, but one of the points of the Boltgun is to dramatically limit the amount of recoil. Maybe the 25mm cannon still has ridiculous recoil after being dramatically reduced. In Space Marine, this works wonderfully, as the characters are FPS PC's moving in ways that only make sense for FPS PC's. Time on target is extremely small, and so you need as much firepower as you can get. Sadly, when used at range, the rapid fire makes it difficult to get most of our bolts on target.

The main reason it's not in Boltgun is because there is no recoil. Caedo could easily annihilate his enemies with a Stormbolter. Well, there's always hope for the sequel.

Stalker (pattern) Boltgun

A Boltgun turned into a Tactical Marksman Rifle. Silencer, enhanced optics. Each bolt hits harder, but the mag size is limited to 10. Space Marine turns the Armour into a recharging shield, (still call armour), a single headshot from any bolt weapon will kill any Marine with a broken shield. It takes two Stalker Bolts to break the shield. One of the Multiplayer upgrades fires two bolts per shot. There is climb. If you aim for centre of mass, the two shots will lift you up to about head-level. It only takes one shot. Because of this, if they know someone is watching with a Stalker Boltgun, they will NEVER stand still on a point that is visible to your vantage point. This is called Suppression, which Space Marine's multiplayer doesn't give you points for, you fucking assholes!

Plasma Cannon

Like the Plasmagun, but fit for a Devastator. It does all of the wonderful Plasmagun things, just bigger, better, and more explodey, (both in the good and bad way).

Lascannon

The only weapon in Space Marine without a hit-aiming reticle. For about a week, I was good enough to no-sight them from my hip, but other than that it's almost impossible. This makes up for it with a LOT of power. It is designed to take out tanks, afterall, but it does work well as a sniper rifle. A headshot from will kill any Marine, other than those with Iron Halos. Even if you don't kill them with your first shot, they will be wounded and prey for anyone with a single bolt.

Gravcannon

GW has a strange relationship with Grav weapons. On one hand they are a forgotten technology, and the ones we have a venerated god-machines. On the other hand, they are just, if not more available than the other weapons. Only Blood Angels can use Hand Flamers and Inferno Pistols, but every Sergeant can have a Grav pistol if they want.

In Boltgun, the Grav Cannon is the big daddy of all weapons. The weapon saved for bosses, and it does a LOT of damage. It's strength explicitly increases with the enemy's toughness. This is what a Grav Cannon is supposed to do.

Volkite Caliver

The Martian Deathray. This is the most useful, balanced weapon outside of the Boltgun. The big difference is that you burn through ammo way too quickly. Technically, the light machinegun version, but that's not going to slow you down. You can use it as sweeping rays of doom. You can use it as a penetrating way. You can use it against swarms. You can use it against tough enemies. It has S:6, meaning it deals great damage to everything but bosses, and still does decent damage to bosses. It doesn't have the slow down of Heavy Boltguns, it's ammo isn't as precious as the Grav Cannon, but still pretty precious. It can be used in close-range without any consequences. It can sweep through enemy ranks without risk of getting hit by the AoE.

Volkite weapons are also ALMOST lost technology, so the only reason you can use it is that Graia is a Forgeworld.

[ujjawalachemicals]

Ujjawala Ferrous

Ujjawala Zicos-P

ZN-HEDP 17%

Zn is an important component of various metallo enzymes such as carbonic anhydrase, alcohol dehydrogenase etc that are responsible for driving various metabolic reactions in plants. Zn also plays a role in nucleic acid, protein synthesis and helps in the utilization of phosphorus and Zn-HEDP increases the yield upto 27% and the Zn content is increased upto 85% in grains compared to control. The chelated fertilizer composition is used to cure Zn and P deficiency in crops and plants, increase yield with more Zn and P content, thus reducing the risk of Zn and P deficiency in humans. Dosage: Dissolve 100-200g Ujjawala Zincos-P in 150-200 liter of water and spray on both the surfaces of leaves.