Kevin Boeck is Value Vinyls’ Warehouse Manager with a tenacious attitude that gives him the drive and persistence to always work toward perfection. Kevin’s background comes from the Oilfield industry where providing support was a critical on-time requirement and the demand was now to avoid costly shut downs. He knows the meaning of urgent and the importance of time. Kevin manages 6 distribution warehouses for Value Vinyls across the US and Canada, representing over 250,000 square feet of space and exceeding well over one million yards of stocked inventory. Boeck is quick to comment on this task saying, “we can handle the necessary demands our customers have come to expect”. With specializing in expedited shipment and timely deliveries, Kevin has a work background of on-time results, making his work ethic the right formula for meeting if not exceeding customer service demands. Kevin has the same expectations from his warehouse support team. As Kevin puts it, “Striving to meet our customer’s needs is priority one with how my team and I conduct business and with my team’s attention to detail, our customers will benefit from the correct stock being available and the accurate filling of orders”. Kevin also has a strong history of working directly with trucking companies, negotiating the best possible rates which allows Value Vinyls to provide the least expense in freight costs, yet highest quality service when shipping with us. Known for his outstanding customer relations, Kevin is always available to visit directly with our valued customers. We are proud to have Kevin Boeck as our Warehouse Manager, a true Pro for Value Vinyls!
- Published in Athletic Vinyl, Awnings & Canopies, Charities & Donations, Chemical Resistant, Containment, Design + IT, Event Tent, Geomembrane, Geosynthetics, Human Resources, Inflatable Bounce House Vinyl, Latest posts, Markets, Monotec 370, Printable Mesh Vinyl, Printable Textiles, Product Development, Shade Sails and Shade Structures, Testing Methods, Wall Pads
By: Marc Shellshear / Dr. Shade Typical testing for shade cloth is as important as the fabric itself! The reason is evident; when you spend the time and money to build an expensive structure that holds the shade cloth itself, you want the fabric to withstand all elements. In this article, we are going to discuss typical testing for commercial shade cloth. There are several tests that are considered standard tests. Australia leads the globe in shade cloth protection so their standards are the benchmark for testing shade cloth, most companies test to Australian standards. Value Vinyls is the sole distributor and stocks a full color line of Monotec 370 Shade Cloth, manufactured in Australia. First is a simple test used to determine the weight of the fabric however, weight doesn’t always equate to strength. There are many fabrics in the market that are lighter than others, but still out perform in the field of overall strength. It has everything to do with the way in which they are knitted. Monotec 370 shade cloth is one of the highest in weight and later in this article I will discuss the strength factors. The test standard for this test is AS2001.2.13 Next is a breaking force test; because knitted fabrics are opposite of woven fabrics, the warp yarns are traditionally the weaker of the two yarns. Breaking force tests are performed in both the warp and weft directions of the fabric. The Monotec shade cloth outperforms other products in both the warp and weft fibers in terms of breaking force. The test standard for this test is AS2001.2.13 Another test is elongation, which is important because it determines how much pre-stress you can put on the fabric and determines the difficulty involved with patterning the fabric as you must account for the stretch factor when patterning. When it comes to elongation, the lower the number the better as that means less patterning concerns and the ability to tension on-site without possibilities of fabric stretching once it conforms to the environment. The closer the numbers are between the warp and weft also determine dimensional stability in the knit pattern itself. The Monotec product has a 24.4% differential in warp and weft. Monofilament yarns unlike tape yarns, have memory and do return to their original shape and size if stretched. Monotec 370 is one of the few all round monofilament fabrics on the market today and can stretch over 50% under load (IE: snow) and still return to its original shape and size. The test standard for this test is AS2001.2.13 Then there is the tear resistance test, which is just as it states; the ability to resist tearing and nothing in the market today resists tearing like Monotec 370 Shade Cloth. Tear resistance is also measured in both the warp and weft directions. The test standard for this test is AS2001.2.13 A final test looks at bursting pressure and bursting force which is the ability to resist impact tested in two different methods and again nothing will outperform the Monotec 370 product. The test standard for this test is AS2001.2.13 There are other important standards relating to shade cloth such as flame retardancy where fire codes would be involved with the structure. Monotec is one of the few products available that passes multiple fire ratings and has a California State Fire Marshall Title 19 approval, this is important when permitting projects as fire codes are becoming more stringent on fabric structures. Finally, one of the most important factors to consider when evaluating shade cloth is the Warranty it carries. Monotec offers the best warranty in the industry and has an award-winning reputation internationally. The life of the shade cloth depends on the construction and more importantly the quality of the UV stabilizer in the material of the shade cloth. Because the shade cloth absorbs some of the UVR, a shade cloth with less UV stabilizer may break-down, or fail in sunlight faster than other fabrics. This is the primary reason Monotec offers a 15-year warranty against UV failure on its Non-FR shade cloths as well as a 10 year on the FR shade cloth as flame retardants offset UV stabilizers. If you want to learn more about Monotec 370, contact me, Dr. Shade at firstname.lastname@example.org or call us at 877-959-7902, as we have the published data for most of our competitors and can provide you with the tools to compare Monotec to any of the competitors.
It is in our nature to be aware and become educated on what can and cannot harm us. This is a process which we live by and encounter everyday. We all have concerns about what will harm us and the steps we must take to keep us from danger. Value Vinyls understands this and through our dedicated research & development we seek out the answers up front in providing material that is going to keep you safe and meet the most stringent safety standards. Do you want to know more? We have developed an informative educational brochure about our Engineered Protection Fabrics available to fabricators who build products for the athletic, medical and daycare industries. Value Vinyls has spent a great deal of research time in providing quality materials that will combat the growth of bacteria and mildew on our products that may come in contact with human skin. The Engineered Protection Brochure will provide to you a full understanding of how our Anti-Bacterial, Anti-Microbial and Anti-Mildew Treatments will combat some of the toughest staph growths including one of the toughest, the MRSA bacteria strain. If you would like your own copy of this valuable brochure, along with other materials about how you can protect your customer, simply click here and we will immediately mail it to you. You may also view a digital PDF version of our Engineered Protection Brochure. Contact our Sales Support team at 877-716-6651 or email@example.com and we’ll answer any additional questions that you may have.
- Published in Athletic Vinyl, Inflatable Bounce House Vinyl, Product Development, Testing Methods, Wall Pads
There are four basic performance factors that need to be balanced to engineer the right product for the right application. Tongue Tear, Tensile Strength, Adhesion, and Abrasion. While these are not the only performance factors that we use to measure the strength of a product, they are the most common. We test for each of these parameters using a defined set of guidelines set by ASTM International (formally known as the American Society for Testing and Materials). Each of these factors, when manufacturing a product can impact one another. For example; if you want to maximize the tear or tensile strength of a product (based on the fabric construction used to meet the product’s manufacturing style, weight, use, etc…) a lower heat setting is required during manufacturing. A low heat setting will result in a lower adhesion result. This also applies if you reverse the process to increase adhesion with more heat, which will impact the integrity of the base fabric lowering your tear or tensile strength. Value Vinyls has a full department dedicated to the proper engineering of each and every product to maximize the quality, value, and strength best suited for each application. Below is a breakdown to further clarify each of these performance factors. Tongue Tear (ASTM D2261) is a measurement of the tearing strength of a textile fabric with a single rip (tongue) procedure that is performed by cutting the edge of the fabric before initiating the test. The results are measured in pound force at a failing point of both the warp and weft direction of the fabric. Tensile Strength (ASTM D5034) is a measurement of breaking strength used to determine the pound force within one inch in both the warp and weft direction of the fabric. The test is performed after cutting the center of the fabric (simulating a puncture or tear in the material). Adhesion (ASTM D751) is a measure measurement of the strength of the film or coating to the base fabric measured typically in pound force by two inches. Two strips of fabric are adhered face to back either by weld or by adhesive. There are other performance criteria that also fall within the ASTM D751 standard. Abrasion (ASTM D3884) is a test designed to evaluate the rate in which the coating will abrade or wear away on the face or backside of a material. It uses a rotary platform in conjunction with two abrasive stone wheels with the addition of a determined amount of weight. This test is measured in cycles in a range of styles depending on the purpose of the test (whether by a set number of cycles; at the point the base fabric begins to show; at the point the base fabric is fully exposed; etc.) If you have more questions, or need further clarity on these or any other performance factors, we welcome the inquiry. Josh Propp Business Development Manager 800-406-8845, x 108 firstname.lastname@example.org
- Published in Testing Methods