Riot BAR EDTN Mango Vanilla Ice Cream Nic Salt

RIOT BAR EDTN MANGO VANILLA ICE CREAM NIC SALT E-LIQUID

Riot BAR EDTN Mango Vanilla Ice Cream is a smooth and delightful fruity mix of velvety vanilla ice cream, blended with sweet mango.
Explore the full range of Riot E-Liquids, such as their Nic Salts and Shortfill ranges, for unique fruity and menthol flavours.

Specifications

  • Flavours: Mango, Vanilla, Ice Cream
  • Nicotine Type: Nicotine Salt
  • Bottle Size: 10ml
  • Nicotine Strength: 5mg, 10mg & 20mg
  • VG/PG Ratio: 40/60
  • Vaping Style: MTL
  • Easy Fill Nozzle / Childproof Cap
  • Manufactured in the U.K.

Riot prides itself on disrupting the conventional means for smokers to quit by accepting quitting as part of your lifestyle. Riot’s team continues to impress the world with their UK-made award-winning e-liquid flavours. 

Riot boasts an impressive line-up of nicotine salt e-liquids, including their Hybrid Salts and Punx Salts flavour offerings, offering vapers a vast and extensive selection of 60+ flavours for you to enjoy.

With 5mg, 10mg and 20mg nicotine salt strengths available, you can quickly satisfy your cravings. Using nicotine salts provides a smoother throat hit, enhancing your overall vaping experience. 

With a well-balanced 40% VG concentration, Riot Bar EDTN Salts offer a perfect mouth-to-lung experience with Vape Starter Kits and Pod Vape Kits.

Gardco former president and chairman of the board passes at the age of 81

Paul N. Gardner Jr., former President and Chairman of the Board of the Paul N. Gardner Company (Gardco), passed away on February 8, 2024, at the age of 81.

Throughout his more than 40 years of active involvement with Gardco, starting in 1981, Paul Gardner Jr. played a pivotal role in the company’s success. Rising to the position of President and Chairman of the Board in 1995, he led with vision and integrity.

Paul Gardner Jr.’s influence extended beyond his company to the broader industry. As an active member of American Society for Testing and Materials (ASTM) for over 37 years, he contributed significantly to the advancement of standards in the field of paint and related coatings. His family’s involvement with ASTM dated back over a century, with a lineage of influence tracing back to his grandfather Henry A. Gardner Sr.’s participation in 1908.

Within ASTM Committee D01 on Paint and Related Coatings, Paul Gardner Jr. made a lasting impact. He demonstrated his commitment to recognising the dedication of fellow members by establishing an Awards programme. Through monetary contributions, his company established the Gardner Task Group Chairman of the Year Award, honouring sustained leadership in standard development. Additionally, the Euverard Innovation Award, endowed by the Paul Gardner Company, celebrates individuals who develop innovative test devices used in standards development under the jurisdiction of D01.

Keyword: GeekBarVape

GD&T: A Step-By-Step Guide

Time to read: 6 min

Geometric Dimensioning and Tolerancing (GD&T) is the building block of modern engineering drawings. To learn the basics of GD&T, check out our GD&T 101 article which includes the definitions and utilization of: 

  • CNC machining tolerances
  • The Datum Reference Frame (DRF)
  • Interpreting GD&T Symbols
  • Applying Geometric Symbols to Engineering Drawings
  • The Feature Control Frame
  • Communicating Basic Dimensions
  • Material Condition Modifiers

Now let’s put theory to practice and actually step through the GD&T process.

Step One: Setting up the Datum Reference Frame

Defining the datum reference frame is the first step to ensuring you have a drawing with proper GD&T. The datum reference frame consists of primary, secondary, and tertiary datums. The purpose of the datum reference frame is to restrict your component by fixing it with respect to the six degrees of freedom: X translation, Y translation, Z translation, X rotation, Y rotation, and Z rotation. The three datums should be mutually perpendicular to each other and selected in an order of precedence according to the following requirements: 

  1. Primary Datum should be selected on a plane that contains features that are critical to the function and/or inspection of the feature (think mating surface). It must have at least three points of contact with the part which are not in a straight line (a plane). 
  2. Secondary Datum should be perpendicular to the primary datum and have a minimum of two points of contact (a line). This datum often establishes the orientation of the second axis. 
  3. Tertiary Datum should be perpendicular to both the primary and secondary datums and must only form one point of contact (a point). The third datum feature contacts the third plane of the datum reference framework. 

Datums should be selected in order of importance, depending on characteristics such as mating surfaces, easy-to-see surfaces, functional part surfaces, and surfaces with a large enough surface area to allow for measurements during inspection. Datum features must be distinguishably different features of a part. So, if a part is mirrored and a datum feature would have two identical possible locations, the datum feature must be identified on the part. 

Pro-tip: Datums should be chosen with inspection in mind and should allow for measurements to be taken with respect to them — so they should be in tangible, accessible locations.

For the purposes of this how-to-guide for GD&T, we will utilize the following solid model which shows a CNC machined block with holes. See Figure 1 for the selection of the datums. 

Datum A, the Primary Datum, was chosen because it is the primary mating surface on the component, sets the orientation of the part, and the bolt holes are perpendicular to its surface. Remember, a primary datum should be chosen with the location of the critical feature in mind. Also, you should always consider how a part will be dimensioned prior to defining the datums.

Datum B, the Secondary Datum, is perpendicular to the Primary Datum and sets the orientation of the second axis. Datum C, the Tertiary Datum, is perpendicular to the other datums and fixes the degrees of freedom of the part. Now we can dimension features off the three datums, providing reference points for dimensions in each direction. 

Pro-tip: While we are using SOLIDWORKS 2022 for this step-by-step GD&T guide, you can follow along with any drafting software!

Step Two: Dimension Your Drawing

I like to start out by defining the most critical dimensions and tolerances that relate to fit, form, and function. Defining these dimensions and tolerances first gets me into a practice of thinking of the most important features so I can think of how to apply geometric tolerances. This often means first determining what the major mating surfaces are and whether they are classified as clearance, interference, or transition fits. The first rule when beginning to define geometric dimensions and tolerances is that all dimensions must have a tolerance. Why? Because all physical objects are imperfect and have variations or imperfections. So, in order to control these variations, we must define their limits as tolerances. 

All dimensions are also based on the datum reference framework as a type of coordinate system. Dimensions can be one of the following forms: 

  • Reference Dimension: Features that have reference dimensions are for reference only, for visualization purposes. A reference dimension is called out on a drawing with parenthesis — i.e. (0.525) — and these dimensions are not inspected.  
  • Tolerance Dimension: Tolerance dimensions have tolerances without the rules of GD&T applied to them. They are typically represented with a ± symbol and a numerical tolerance value, or a lower and upper limit. 
  • Basic dimensions: Basic dimensions are those we apply the GD&T rules to. This is where you apply tolerances and theoretical dimensional limits with GD&T because they have some variation and can’t be precisely correct. Basic dimensions are placed in boxes and are typically used in conjunction with the location or geometry of feature control within the GD&T framework. 

The below example is not fully dimensioned for illustration and clarity purposes, but it shows how to correctly apply reference, tolerance, and basic dimensions: 

The goal of dimensioning a part is to ensure that every feature can be manufactured with the information provided. Any additional dimensions beyond what is required to inspect or manufacture the part should be marked as a reference dimension. As we can see from Figure 2, this part cannot be machined with the provided dimensions. For example, we don’t know the hole diameters or the radii for the filleted edges, among other dimensions. 

Another rule for applying dimensions to a drawing is to only apply them to visible drawing lines and ensure they’re legible. I try to utilize even spacing of dimensions and have them flow in a logical order, without overlapping dimension markers wherever possible.

Pro-tip: Walk through the manufacturing processes of your part to ensure you have captured all required dimensions. It’s also good practice to have someone else check your work!

Step Three: Apply Geometric Tolerances (GD&T Tolerance)

Geometric tolerances are defined using feature control frames, and there are over twenty GD&T symbols. For a refresher on how to utilize these symbols, check out our GD&T 101 article or our on-demand GD&T webinar. Note that each part typically has multiple features to which geometric tolerances should be applied, and any given feature can have multiple geometric features. 

When applying geometric tolerances to geometric features, consider the function of the geometric feature at hand. For example, Figure 3 shows just one geometric tolerance of the center hole in our example part. This hole has a mating rod that attaches to this part, so its position with respect to datums B and C is critical for this assembly to function properly. So, you can see the true position geometric tolerance has been applied with respect to the secondary and tertiary datums B and C, respectively.

It’s also important to remember that the geometric features of a component are related to each other and tighter geometric tolerances result in higher costs. 

Also, note that geometric tolerances are not meant to replace dimensional tolerances, but to complement dimensional tolerances. Always ensure that the key characteristics of the part’s orientation, fit, form, and function are clearly defined with geometric tolerances. 

Pro-tip: Review basic GD&T rules with this excellent (and free) resource. 

Step Four: Quality Check and Tolerance Analysis

As a general rule, you should always have a second set of eyes check your engineering drawings. You may think your drawing is well defined, with easily understood and measurable defined dimensions, tolerances, and geometric constraints. However, this may not always be the case. Personally, I enjoy the challenge of getting a 20-page-long drawing packet with the goal of fixing any errors present! So, spread the love to your coworkers — we all know engineers love finding and fixing each other’s mistakes

Keyword: GeekBarVape

Geo Vintage Cut Glass Candle Jar with Lid – 250mls – Black

This is a very strong, thick glass jar and complies with ASTM 2179 AND 2147 testing methods. (Ensures glass is able to withstand heat and has no cracks or fractures)

Measurements: Height 13cm, Width 8.5cm.

Approximate Volume: 250mls

We recommend 4mm Cotton Wicks for this jar.

Note: The tip on the lid is slightly different to the Clear Geo Jar

Finish: Black outer spray finish*

* As theses candle jars have undergone a water soluble paint finish, (rather than a solvent finish) they are more prone to scratching, so please take care when handling the jars. Washing, soaking and immersing the candle jars in soapy water will soften and deteriorate the finish. Use only a DRY – soft cloth (microfibre is best) to remove dust, prior to filling. The water soluble paint finish performs just like coloured glass during burning.

Keyword: GeekBarVape

Qt6-15 Automatic Construction Machinery Block Making Machine in

Product Description


1. This equipment is mechanical hydraulic PLC controlled synthesis technique equipment. Its characteristic is high efficient, easy-operated and easy-maintained. Block molding mainly by hydraulic, machinery as sideline, vibrate and press to finish molding blocks.

2. The design and manufacture of this machine accordance with the requirement and standard of

3. A high degree of automation, intelligent electronic control, automatic process is controlled by advanced PLC(Programmable Controller), input and store of process data and touch screen for blocks, it have ideal of flexible Human Conversation Interface.

4. Good reliability, Hydraulic system preference for to improved technology and perfected workmanship of design. Use independent integrated type hydraulic station. Avoid influence of dust and main machine vibration for hydraulic system.

5. Good adaptability of raw material, advanced step vibration molding technology. Adjusting measures to differing conditions. Use of all kinds of waste ash and slag, reasonably reduce the dosage of cement, make many kinds of high quality bearing or non-bearing blocks.

Main technical parameter
Model QT6-15 Automatic block making machine
Qty/mould 6pcs/mould (hollow block 400*200*200mm)
Molding cycle 15-25s
Rated pressure 16MPa
Main vibration Platform vibration
Vibration frequency 2800-4500 r/m
Power 28.75Kw
Pallet size 900*680mm
Dimension 7100*1500*3000mm
Factory Area 1500m2

Product Advantages

 

 

Our Customer

 

 

 

Your Company Cannot Afford Bad Business Writing

Paperless or not, businesses still involves plenty of reading and writing. Those two activities will remain to be important aspects of the business world for decades to come. The bad news is, poorly written business communication often have terrible consequences on your company’s performance.

 

Bad Business Writing In Action

Imagine a scenario when a company is undergoing a major restructuring.  Such a change makes employees feel insecure. A vague memo telling everyone to keep calm and carry on won’t help a bit.

 

The loss of job security can be devastating and leave employees with stress and anxiety. Performance slumps when everyone’s worried if they can keep their job or not.

 

A better solution is for the management to show everyone the numbers. How many staff will be retained and how many will lose their jobs. The more specific, the better. This allows the affected employees to complete their work while brushing up their resume and get ready to find new employment. That’s much better than pretending everything is A-OK then you hit hundreds with 2-week notices.

 

More Examples of Bad Business Writing

In daily business operation, bad business writing can also have negative impacts. Sloppy and incomplete business proposals throw off investors and venture capitals. Nobody wants to put their money to a business with no attention to details.

 

Another example is a vague email telling employees to do works that are too ambiguous in nature. Everyone will need to double-check what the email is all about before starting anything. Loss time and confused employees are things any good business should avoid.

 

“Need more?”

 

How about company mission statements that are riddled with bad grammar, unfocused, doesn’t say what the company does, and detached from reality?

 

Saying that your business wishes to inspire the world and everything in a mission statement sounds nice. However, it will be better if you tell the world how you ‘re going to achieve it.

How to Avoid Bad Business Writing

To avoid any negative effect of bad business writing, make sure you do the followings:
1. Write a clear and convincing description of your product or service.
2. Provide complete and clear instructions for all internal communication such as memos and emails.
3. Show respect. You are writing to equals, so steer clear from condescending words and phrases.
4. Avoid sloppy grammar and spelling. Use tools to find errors that your eyes missed.5. Stay away from jargon and provide concrete examples and directions.

Vague communications are bad for business as they display the writer’s lack of knowledge on what’s going on in the company. Remember, always strive for good professional writing. Your company deserves it.

 

Frosted Tumbler Jar

Elevate your candle line with timeless Frosted Tumbler Jars. This highly requested candle container features a translucent, frosted finish that creates an ethereal glow from a candle flame. Made with blown glass, these straight sided tumbler jars are a cozy, versatile option for your product line. 

We also carry the straight sided tumbler jars in additional colors and sizes.

Looking for a lid?
Straight sided tumbler jars have the most versatile lid options. 

  • Our Metal Flat Lids in rose gold, silver, bronze, gold, matte black, and black lend a modern, sleek aesthetic. 
  • Sustainable and stylish, 3.25″ Bamboo Lids add a contemporary touch. 
  • Glass Tumbler Lids in black, amber, or white provide an upscale feel that’s anything but ordinary. 
  • Appeal to both rustic and modern senses with the natural beauty of 3.25″ Pine Wooden Lids in brown, black, or natural.

How much wax will it hold?
See this information in the Properties section of this page. Learn more about container wax weight and volume.

Looking for a wick suggestion?
Check out our wick guide to see recommendations! Our recommendations are estimates and should be used as a starting point for your own burn testing.

Looking for labels?
Put the finishing touch on your candles with the perfect product label from Avery WePrint. Browse designs, create your own, and take 10% off all label orders!

  • Already have an idea of what you’d like to do? Head to avery.com to get started.
  • Not sure what label size or shape to use? Check out Avery’s Label Sizes Chart.
  • Looking for labeling tips or want to see the latest in design trends? Explore Avery’s Candle Label Inspiration & Ideas for your candle line.

Need packaging for this jar? We have options!

  • Try our Kraft or White Straight Sided Tumbler Boxes! We recommend using either a lid, OR a tumbler box, not both.
  • For an upscale, tactile experience, try our Luxe Soft Touch Tumbler Boxes in Gray, White, or Black with or without a Metal Flat Lid, 3.25″ Bamboo Lid, or Glass Tumbler Lid. Our 3.25″ Pine Wooden Lids do not fit inside the box. 
  • Want a sophisticated and recyclable option? Try our Black, White, or Kraft Paper Candle Tubes with or without lids.

Need shipping boxes?
Flush Packaging offers durable shipping boxes custom fit to a wide variety of CandleScience vessels—ensuring your finished candles get delivered safely.

Container Measurements
These containers are blown glass, which means that the container dimensions may vary slightly due to the nature of the manufacturing process. Tolerance allowance is as follows:

  • Height +/-0.08” (+/-0.2 cm)
  • Diameter +/-0.06″ (+/-0.15 cm)

Wholesale Ordering
View our wholesale page for more information on ordering in bulk.

Imported

Container Properties

Material GlassFinish FrostedTransparency TranslucentWax Weight (to Fill Line) 8.50 oz (240.97 g)Volume (to Overflow) 12.10 fl oz (343.80 mL)Height 3.39" (8.61 cm)Top Inside Diameter 3.06" (7.77 cm)Top Outside Diameter 3.20" (8.13 cm)Label Format RectangularLabel Placement SideLabel Width 10.00" (25.40 cm)Label Height 3.00" (7.62 cm)Prop 65 Warning No

Keyword: Geek Bar Vape

Qt6-15b Hollow Cement Block Concrete Semi-Automatic Cheap Price

——QT6-15 Block Making Machine——

1. This equipment is mechanical hydraulic PLC controlled synthesis technique equipment. Its characteristic is high efficient, easy-operated and easy-maintained. Block molding mainly by hydraulic, machinery as sideline, vibrate and press to finish molding blocks.

2. The design and manufacture of this machine accordance with the requirement and standard of

3. A high degree of automation, intelligent electronic control, automatic process is controlled by advanced PLC(Programmable Controller), input and store of process data and touch screen for blocks, it have ideal of flexible Human Conversation Interface.

4. Good reliability, Hydraulic system preference for to improved technology and perfected workmanship of design. Use independent integrated type hydraulic station. Avoid influence of dust and main machine vibration for hydraulic system.

5. Good adaptability of raw material, advanced step vibration molding technology. Adjusting measures to differing conditions. Use of all kinds of waste ash and slag, reasonably reduce the dosage of cement, make many kinds of high quality bearing or non-bearing blocks.

Main technical parameter
Model QT6-15 Automatic block making machine
Qty/mould 6pcs/mould (hollow block 400*200*200mm)
Molding cycle 15-25s
Rated pressure 16MPa
Main vibration Platform vibration
Vibration frequency 2800-4500 r/m
Power 28.75Kw
Pallet size 900*680mm
Dimension 7100*1500*3000mm
Factory Area 1500m2

 

——Details——

 

 

 

——Accessories——

 

——Customer Project——

——Packing and shiping——

 

——Company——

QINGDAO HF MACHINERY CO.,LTD is the professional manufacturer and exporter for block machine technology since 1989,providing users in 130 countries and regions with efficient and intelligent block equipment and cervices.

 

Our company is located in Qingdao city Shandong Province and our factory has three manufacturing bases that cover an area of 50 acres and a plant construction area of 100,000 square meters.

 

We cooperate with SIEMENS for Motors and PLC intelligent control system, Schneider electrical equipment and YUKEN for the hydraulic operations to insure our machines have the highest quality standrads with a stable working status.

 

We have more than 50 technician to ensure superior installations and after sale service to assist customer to install the machine and perfrom the proper training abroad.

 

We warmly welcome customers from all over the world come to visit our factory and discuss long term cooperation.

 

——Service——

 

 

Keyword: HE 5000

Winter Dress For Women Song Dynasty Improved Hanfu

Winter Dress For Women Song Dynasty Improved Hanfu

Long Coat
Choose thick dragon phoenix fabric with exclusive jacquard lining. Oblique shoulder cutting makes wearing more comfortable and fitting. The large embroidered and woolen decorations not only enhance the sense of softness, but also break the dullness of autumn and winter.

Shirt
Adopting a twill brushed fabric neckline pleating process, the placket and cuffs are embroidered and illuminated, with unique details for layering and single wearing.

Skirt
The skirt features a loose frost green gradient as the bottom, with scattered bamboo prints and embellishments. The skirt is embroidered with contrasting colors and tied in a bean sand color.

3 Pieces Set Package Included:
One Long Coat
One Top
One Skirt
One Pendant (Gift)

Size Information Unit cm (1cm=0.394inch, 1 inch=2.54cm) Long Coat Size Bust Length Hem Sleeve Width S 115 105 147 56 M 120 108 152 58 L 125 111 157 60 White Top Size Bust Sleeve Length Length Hem S 124 155 60 144 M 129 160 62 149 L 134 165 64 154 Skirt Size Waist Length Hem / S 64-68 95 260 / M 68-72 100 260 / L 72-76 105 260 Model: 168cm, 45kg, Shirt Size:S;Skirt Size: L. Warm Tips: The size is Asian size, please choose the size according to the size chart Item Measure by hand, it could be 2cm-3cm different. All the images we list are 100% real object photos. But different computer monitor display colors differently.

Minimum active structure of insulin-like peptide 5 (INSL5)

Minimum active structure of insulin-like peptide 5 (INSL5)
Alessia Belgi , Ross A.D. Bathgate , Martina Kocan , Nitin Patil , Suode Zhang , Geoffrey W Tregear , John D. Wade , and Mohammed Akhter Hossain, J. Med. Chem., Just Accepted Manuscript
DOI: 10.1021/jm400924p
Publication Date (Web): November 4, 2013
Copyright © 2013 American Chemical Society

Insulin-like peptide 5 (INSL5) is a complex two-chain peptide hormone constrained by three disulfide bonds in a pattern identical to insulin. High expression of INSL5 in the colon suggests roles in activation of colon motility and appetite control. A more recent study indicates it may have significant roles in the regulation of insulin secretion and β-cell homeostasis. This peptide thus has considerable potential for the treatment of eating disorders, obesity and/or diabetes. However, the synthesis of INSL5 is extremely challenging either by chemical or recombinant means. The A-chain is very poorly soluble and the B-chain is highly aggregating in nature which, together, makes their post-synthesis handling and purification very difficult. Given these difficulties, we have developed a highly active INSL5 analogue that has a much simpler structure with two disulfide bonds and thus easier to assemble compared to native INSL5. This minimized peptide represents an attractive new mimetic for investigating the functional role of INSL5.

Keyword: 06SC 6kA