Security & Protection

Carbon steel bridge guardrail is an important safety feature that can prevent vehicles from running off the road and falling off the bridge. Made from high-quality carbon steel, these guardrails are designed to withstand impact and provide a strong barrier for drivers. They are also corrosion- resistant and durable, making them an ideal solution for high-traffic areas. Installing a carbon steel bridge guardrail not only protects motorists but also enhances the appearance of the bridge, adding to its longevity and aesthetic value.  The road anti-collision guardrail is mainly composed of guardrail posts and anti-collision beams. The main raw materials of the guardrail post are welded and assembled from Q series steel plates (Q195-235/16Mn) and aluminum alloys or casted with steel. The finished products are galvanized and sprayed or sprayed with Buddha carbon paint to make the guardrail products have acid resistance It has a series of advantages such as alkali corrosion resistance, no rust in the sun and rain, no delamination, durability and no discoloration, luxury and nice looking.

Customized Thrie-Beam Highway Guardrail may include the size and shape of the beams, the spacing between the posts, the height of the guardrail, and the material used for the posts. Other customization options may include the color of the guardrail and the addition of reflective strips to improve visibility at night. The specific design requirements for a customized Thrie-Beam guardrail will depend on the specific site conditions, traffic volume, and other factors that impact the safety of the roadway. Processing of Customized Thrie-Beam Highway Guardrail Processing of Galvanized Steel thrie beam Guardrails can be divided into two major steps. 1. First, to fabricate the steel sheet into two or three wave panels through the professional production equipment; 2. Then to put the steel sheet into the zinc dipping stove for hot dipped galvanizing. Parameters of Customized Thrie-Beam Highway Guardrail

DACHU guardrail is manufactured to AASHTO specifications in M180 Class A or B, and finish types 1, 2, 3, or 4. Every piece of Thrie-beam guardrail is stamped with a brand registration that is repeated throughout the entire length of the rail. We have standard highway guarding products and can also provide custom fabrications on a make-to-order basis, with or without galvanized coating. Parameters Guardrail Standard AASHTO M180 Totally Length 13'1/2" Effective Length 12'6" Base Steel thickness Class A = 12 gauge Class B = 10 gauge Material S355JR Steel Yield Point Minimum 345Mpa (50000psi); Tensile Strength Minimum 483Mpa (70000psi); Surface Treatment Hot Dip Galvanized Zinc Coating Type 1 = Zinc coated 1.8 oz/sq. ft. (550 g/sq. m.) minimum single spot Type 2 = Zinc coated 3.6 oz/sq. ft. (550 g/sq. m.) minimum single spot Type 3 = Uncoated Steel Type 4 = Weathering Steel Coat Standard ASTM A123 Free Sample Available

hot dip galvanized w-beam guardrail is cost-effective highway barriers designed to reduce the collisions, preventing vehicle impact and lessen the likelihood of vehicles overturning. It is the most common crash barriers used on South African highways. Guardrail Standard SANS 1350 Totally Length 4130MM Effective Length 3810MM Base Steel thickness 2.6MM / 3.25MM;Can be customized Material S355JR Steel Yield Point Minimum 345Mpa (50000psi); Tensile Strength Minimum 483Mpa (70000psi); Surface Treatment Hot Dip Galvanized Zinc Coating Average 55μm or 395g/m2;Can be customized Coat Standard SANS 121 Free Sample Available

This hot-dip galvanized steel W beam is one of the highway safety products from DACHU conforms to AASHTO and ASTM specifications. Hot-dip galvanized steel W beam is one of the most popular metal beams used in construction projects today. This product provides excellent protection against corrosion, weathering, and abrasion, making it ideal for any outdoor project. Hot-dip galvanizing is a process used to create a bond between the metal alloy and a zinc coating, which not only increases the product’s durability and resistance to corrosion but also offers superior corrosion protection when compared to other materials. Hot-dip galvanized steel W beams are available in a wide range of sizes and are ideal for highway guardrails, farm fences, and many other outdoor structures.

Full-body bulletproof vest includes neck, shoulder, and crotch protections added to the basic bulletproof vest. These additional protective layers can better protect important parts of the body and provide more comprehensive protection. Neck protection can prevent the neck from attacks such as bullets and explosives. Shoulder protection can protect the shoulders and upper back from gunshots and knives. Crotch protection can prevent the crotch from attacks by knives or explosives. Custom bulletproof vests are typically made of high-strength materials such as Kevlar fiber, ultra-high molecular weight polyethylene fiber, etc., which can effectively resist various gunshots, explosives, knives, etc. In addition, full-body bulletproof vests also have excellent thermal insulation, ventilation, comfort and other properties, making them suitable for long-term wear. Full-body bulletproof vests have a wide range of applications, including the military, police, security companies, important venues, etc., and can effectively protect personal safety. Maybe you have seen this body armor in some modern war movies.It is mainly used by machine gunners to provide fire suppression for other soldiers on the front line. Our FDY-LK-02,It also takes flexibility into consideration while ensuring protective performance to allow the user to move flexibly. Hidden pocket design allow to place bulletproof plate.

Key features of UD protective composite fabric may include: Ballistic Resistance: These fabrics are often used in the construction of body armor and other protective gear to provide resistance against bullets and other ballistic threats. The unidirectional fiber orientation helps to dissipate the energy of the projectile, reducing the risk of injury to the wearer. Stab and Puncture Resistance: UD fabrics can be designed to resist stabbing and puncture threats, making them suitable for protective clothing, such as stab- resistant vests or gloves. Fragmentation Protection: They can also be used to protect against fragments from explosive devices, which is particularly important in military and law enforcement applications. Lightweight and Flexible: UD protective fabrics are typically lightweight and flexible, which is crucial for applications where wearers need to maintain mobility and comfort. Composite Construction: These fabrics are often composed of multiple layers, each with a specific function. For example, a ballistic-resistant fabric may consist of multiple layers of UD materials, as well as additional layers for back face deformation reduction and comfort. Material Selection: The specific materials used in UD protective composite fabrics may vary but often include high-strength fibers such as aramids (e.g., Kevlar) or ultra-high molecular weight polyethylene (UHMWPE). Layering and Lamination: The layers of UD fabric can be combined using lamination or other bonding techniques to create a composite material with superior protective properties. UD protective composite fabrics play a critical role in personal protective equipment (PPE), military applications, and law enforcement gear, as they offer a balance of protection and comfort. Manufacturers continuously work to improve the performance and design of these materials to meet the evolving needs of various end-users.

Ultra-High Molecular Weight Polyethylene Fiber UHMWPE Fiber to solve friction, wear and material flow problems in many areas of industry. The material is distinguished for its outstanding sliding properties, extreme wear resistance, high impact strength and very high resistance to chemicals and has established itself in technical applications. UHMWPE Fiber is odorless tasteless and nontoxic. It is highly resistant to corrosive chemicals except oxidizing acids has extremely low moisture absorption and a very low coefficient of friction. It is self-lubricating. It is highly resistant to abrasion and can reach 15 times more resistant to abrasion than carbon steel under certain conditions. Its coefficient 0 friction is significantly lower than that of nylon and acetal, and is comparable to that of polytetrafluoroethylene (PETE, Teflon), but UHMWPE has better abrasion resistance than PTEE.   *Superfine denier：Due to its super-strength tensile properties and super-high modulus, ultra-fine denier yarns can effectively resist ultraviolet rays. *Super high-strength wire：Because of its wear resistance and damage resistance, it is widely used in marine fishery, military protection, deep sea cages and so on. *Colored silk: Due to the particularity of the product process, the fiber has better biocompatibility, the product silk is smooth, the color is eve. *Honor: Won many honors such as high-tech enterprise, technology-based enterprise, and contract-honoring enterprise.   Applications of Ultra-High Molecular Weight Polyethylene Fiber With such comprehensive characteristics, it has been of extensive use in Industria & bulletproof and protection products, such as cables, fishing lines, fishing nets, bulletproof vests, ballistic helmets, anti-cutting gloves, and so on. Many years of processing expertise in the production of UHMWPE fiber, gives LongKui the capacity to produce 400D-1200D UHMWPE fibers with an annual output of 4000 tons.

Bomb Blanket and Safety Circle is used to suppress the effects of shrapnel caused by detonation of explosive devices. The blanket is in use by Armed Forces and Police units, as well as many large government and corporate offices, in many countries worldwide. The bomb blankets can be cooperatively used with safety rings to endure larger suspect devices. The suspected explosives will be covered with the safety ring and placed in the center, which directs the blast upwards into the bomb blanket, which contains most of the fragments created by the explosion. The Bomb Blanket is one of our most versatile and useful pieces of ballistic protection equipment. Our bomb blankets provide ultra-level protection for you and your property against small explosive devices. And also against grenade fragments in a convenient, lightweight container that can be quickly and easily deployed in a variety of threat situations. Using bomb blankets is one of the simplest and most economical ways to provide extra security and identify “safe areas” for personnel. Being one of the top-notch bomb blankets manufacturers, we make our bomb blankets to lessen the impact of improvised explosive devices. As well as shrapnel from pipe bombs, hand grenades, and other nearby debris (IED). Our lightweight, flexible bomb suppression blanket that better absorbs the blast effect and lessens blast damage is available only on our platform.

This Bulletproof Briefcase Shield is a discreet, rapid deployment bulletproof device designed for executives, close protection officers, and bodyguards. When folded, it remains compact and can be easily carried with one hand. In non- threatening situations, it functions as a convenient, portable briefcase. However, in dangerous situations, the briefcase can quickly unfold into a full- body length ballistic shield, providing mobile and discreet protection. Constructed from NIJ Level IIIA Kevlar, bulletproof briefcase shield can stop threats such as .357 Magnum, .44 Magnum, 9mm, .45, hollow point ammunition, and shotgun blasts. Weighing approximately 7.8 pounds, the briefcase measures about 84x44cm when deployed, offering efficient and reliable protection. Custom options are available for tailored needs. Bulletproof Business Briefcase Shield Features •Three-folded design, reasonable space design. • Resist bullets effectively. • Classic design, good quality. • Unfold in one second for response to an emergency. • Customized sizes;Customized colors;Customized NIJ Level

High-Quality Illumination: SAFER-EX explosion-proof Linear Light delivers an impressive 12000lm of high-quality light output while consuming only 80 watts, ensuring energy efficiency and optimal brightness for industrial applications. Compact Design: With a width of just 5 inches, the EX04 Linear Light boasts a lightweight and low-profile design, making it one of the most space-efficient explosion-proof lighting fixtures available in the market today. Versatile Applications: The EX04 Linear Light is an ideal choice for environments with limited space, where low-profile fixtures are essential for safety and functionality. Its compact design makes it suitable for a wide range of industrial applications. Durable Construction: The LED assembly of the EX04 Linear Light is protected by a tempered borosilicate glass tube and steel wire guard, providing robust protection against accidental damage and ensuring the longevity of the light fixture in hazardous environments. Enhanced Safety: Designed with safety in mind, the EX04 Linear Light protective features provide peace of mind for operators, minimizing the risk of accidents and ensuring reliable illumination in challenging industrial settings.

Powerful Lighting: The EX05 series explosion-proof LED flood lights from SAFER- Ex are engineered to provide powerful illumination, ensuring optimal visibility in hazardous environments. Heavy-Duty Housing: Featuring a robust and heavy-duty housing, these lights are built to withstand harsh industrial conditions, offering durability and longevity in demanding settings. Energy Efficiency: With their energy-efficient design, the EX05 series flood lights offer significant energy savings, reducing operational costs while maintaining high performance. Resistance to Vibration and Impact: The solid-state design of the EX05 series enhances its resistance to vibration and impact, ensuring reliable operation even in rugged environments.

Versatile Applications: The Weather Proof High Bay Lighting EX-03 series is suitable for both low and high bay lighting applications, offering versatility for a wide range of industrial environments such as warehouses, manufacturing facilities, and hazardous locations. Enhanced Safety: With its explosion-proof design, the EX-03 series prioritizes safety in potentially hazardous environments, providing reliable illumination without compromising on security. Sustainable Lighting Solution: By achieving a 60,000-hour rated lifespan with 80% lumen retention, these lights offer a sustainable lighting solution, reducing the need for frequent replacements and minimizing environmental impact. Easy Installation: Designed for user convenience, the EX-03 series features a user-friendly installation process, allowing for quick and hassle-free setup in industrial settings. Customization Options: SAFER-Ex offers customization options for the Explosion- Proof Led Lights, allowing customers to tailor the lighting fixtures to their specific requirements, including wattage, beam angle, and color temperature, ensuring optimal performance for their unique applications.

Explosion-Proof Design: The EX02-H Series from SAFER-EX is specifically engineered to meet explosion-proof standards, ensuring safe operation in hazardous environments. Portable and Versatile: With its lightweight and portable design, this Hazardous Location Led Portable Work Light offers flexibility for use in various industrial settings, providing reliable illumination wherever it's needed. Rubberized Handle: The integrated rubberized handle provides a secure and comfortable grip, enhancing safety for operators working in challenging conditions. Insulated Handle: Designed with insulation, the handle ensures additional safety by protecting against electrical hazards, making it suitable for use in environments where electrical safety is paramount. On-Site Service Convenience: The EX02-H Series is designed to provide operators with great convenience, allowing for easy on-site servicing and maintenance, thereby minimizing downtime and maximizing productivity.