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In the thermoforming process various cladding components are produced for interior and exterior applications. Our production is distinguished by a high degree of vertical integration, allowing us a great deal of control and thus considerable flexibility.

The easy to adapt wheel arch covers afford the caravan's exterior areas optimum protection against dirt.

The entry step made from thermoformed ABS, foam-backed and machined to produce the required contours. Our high degree of vertical integration affords us great flexibility as regards the design and styling of this product.

Even slight pressure points can negatively influence the static equilibrium of a highbay warehouse. Collision protection for shelf support protects against damage resulting from frontal collision. The hollow chambers in the impactresistant profile cushion the collision energy. The solidsteel profile on the inside prevents buckling.

Strong, water-based adhesive disperion for heat transfers. ✔ Very hard once dried ✔ Hydrophobic ✔ Low Viscosity ✔ Great price ✔ Clear coating ✔ Application temp.: 80 - 110°C ✔ For glas, ceramics, ABS, ... Our GK-I hot melt dispersions is tailored for heat transfer printing. With a rather high activation temperatur is results is very durable bonds once applied. It can be used well with toner-based prints. This adhesive is great for heat transfer printing onto glas or ceramic products like wine or spirits bottles as well as promotional or cosmetic products made from ABS. Furthermore, it offers self-crosslinking capabilities which increase the adhesion even further. It shows great resistance against water and heat. The particles in this dispersion are fine dispersed and result in even and repeatable results.

Our ABS Therm thermal protective cover (330 mm) can be used to insulate an anchorage point or support in a lifeline system. The cover can be shortened and is available in two diameters (16 and 42 mm - inner diameter). Add an ABS Signal signal rod to easily locate your anchorage device in snow cover. 330 mm high – can be individually shortened onsite Installed on top of your roof membrane Thermal cover: Outer diameter 70 mm – designed for anchorage points and lifeline systems (Ø16 mm) Thermal cover: Outer diameter 100 mm – designed for systems using a supporting tube (Ø 42 mm)

If you are looking for an unobtrusive anchorage point to secure up to 3 individuals, simply attach this stainless steel anchor loop (Ø 5 mm) to a wooden beam. Once installed on a pitched roof, this anchorage device is virtually invisible. All you need for quick-and-easy installation are the 2 stainless steel screws provided. EN 795:2012, A + CEN/TS 16415:2017 Virtually invisible anchorage loop Designed for load-bearing wooden structures The loop is simply screwed onto a wooden rafter (also suitable for over-rafter insulation) Minimum rafter dimensions: 60 mm x 120 mm

This stainless steel, type B roof safety hook for metal seam roofs is suitable for all directions of load (apart from axial loads). It is simply clamped onto a seam without needing to penetrate the roof surface. Our roof hook is installed quickly and easily using the 4 nuts and bolts supplied. Roof safety hook in accordance with EN 517:2006, type B Anchorage point for PPE + ladder hooks For stainless steel ≥ 0.5mm; copper and titanium zinc ≥ 0.6mm; aluminium ≥ 0.7mm Simple, penetration-free installation using just 4 bolts Designed for rounded-edge and standing edge roofs Incl. stainless steel installation set

Thanks to its special base plate, this stainless steel roof safety hook can be flexibly adjusted to fit the angle of your roof surface. The cranked shaft is designed to bridge the battens. It is installed by screwing the 2 stainless steel screws supplied through the counter lathing and into the beam below. Roof safety hook in accordance with EN 517:2006, type B Anchorage point + ladder hook Designed for load-bearing wooden structures Base plate allows flexible installation Simply screw it onto a wooden beam (also suitable for over-rafter insulation) Min. beam dimensions: 60 mm x 120 mm

This detachable stainless steel anchor is used in combination with an ABS-Lock II sleeve and can be installed on a variety of different surfaces. It is designed to secure 2 individuals simultaneously, has been awarded national technical approval by the German Institute for Construction Technology (DIBt) and is frequently used to secure the area around a window. EN 795:2012, B + CEN/TS 16415:2017 Can be simply removed at the touch of a button Locking latch prevents accidental unlocking Combine with our ABS-Lock II matching sleeve

This lightweight, twin connector (weighs less than 2 kg) consists of 2 matching carabiner hooks and provides uninterrupted rope-up protection. It is impossible to accidentally open up both hooks at the same time. This mobile solution can be used in industrial applications, scaffolding work, wind farms and other similar fields of activity. EN 355:2002 (energy absorbers) EN 362:2004 (carabiners) Ideal für temporary applications Permanently secured using 2 inter-communicating carabiner hooks Large hooks for pipes up to Ø 60 mm

This stainless steel sleeve for concrete and wood, which is permanently installed in the subsurface, has been specially designed to take up an ABS-Lock I anchor. This sleeve is available in a variety of different lengths and can be sealed up using the plastic cap provided. The system has been awarded national technical approval ("abZ") for usage by 2 individuals. National technical approval ("abZ"): Z-14.9-688 (pls. observe the installation instructions stated in the "abZ") EN 795:2012, B + CEN/TS 16415:2017 Concrete ≥ C20/25 Wood (min. rafter dimensions: 140mm x 140mm) IMPORTANT: Axial loads may only be applied in wood installations when countered!!

Simply roll this mobile anchorage system for individuals over to where it is to be implemented to protect up to 2 people from falls - without any further installation effort. Our ABS SafetyBull, which is equipped with smooth-running wheels and has plenty of room for tools, is the perfect temporary fall arrest solution on a flat roof surface. EN 795:2012, B + CEN/TS 16415:2017 Flat roofs < 5° Simple to use Special wheels make it easy to move Total weight: 274 kg Optional: Toolbox Side bars (2x) Tray for materials Additional weights (11x)

This cross-shaped anchor for flat roofs is weighed down using concrete slabs (50 x 50 x 5cm, not included). The design is based on a high-quality stainless steel frame (150 x 150 cm) with aluminium crossbars and a central, stainless steel anchorage point for one individual (Ø 16 mm). EN 795:2012, E For flat roof pitches ≤ 5° Weighed down using 8 concrete slabs (ca. 224 kg) Weight incl. ballast: ca. 245 kg; resulting roof load approx. 108.9 kg per m² Also designed for usage as an intermediate post in a lifeline system Incl. 5 EPDM patches to protect your roof membrane

Install this stainless steel anchorage point (Ø 16 mm) - specially-designed for flat roofs (max. 10° pitch) - on bitumen or fabric-reinforced plastic sheeting without penetrating your roof surface - and without the need for extra weights. The crossbars, which are made of high-quality, lightweight aluminium, ensure that the force is reliably distributed whilst keeping the weight down. Meets the requirements of EN 795:2012, A + CEN/TS 16415:2013 Designed for flat roofs with a pitch of up to 10° Min. 15 m² roof space required Fused to a bitumen/fabric-reinforced plastic membrane Penetration-free installation - no extra weights required

You can use this stainless steel anchor on trapezoidal sheeting (positive or negative) either as an anchorage point or for attaching a safety net. The special toggle bolt included in the package comes with its own integrated seal. EN 795:2012, A + EN 1263-2:2014 Sandwich and trapezoidal sheeting (positive/ negative) Steel ≥ 0.75 mm Aluminium ≥ 2.00 mm

This stainless steel anchorage point is equipped with a wavy aluminium base plate which fits snugly to the waves of a fibre cement roof (wave distance 177 mm). The anchor device is simply screwed onto a wooden beam using the screws provided. EN 795:2012, A + CEN/TS 16415:2013 Special wave design, e.g. for Eternit and similar roof systems Developed for load-bearing wooden structures Simply screw it onto one single wooden beam Min. beam dimensions: 100 x 120 mm

This robust safety harness is designed to secure users working high up during occasional short-term assignments in a fall danger zone. The harness comes in a one-fits-all size and is adjusted using adjustable leg straps. It is equipped with a dorsal eyelet (for connecting up a lanyard) and a breast eyelet. EN 361:2002 2 attachment points (1x chest, 1x back) Adjustable leg straps Suitable for users up to 136 kg

Our ABS Roofer Kit provides roofers with a set of basic fall protection equipment. The robust protective bag contains a comfortable-to-wear, adjustable safety harness, a professional tape sling and a guided-type fall arrester with an integrated energy absorber. Safety harness (EN 361:2002) Guided type fall arrester (EN 353-2:2002 &amp; EN 358:2000) Available in 4 different lengths (5 m, 10 m, 15 m and 23 m Rope can be adjusted as required using the integrated rope shortener Incl. professional, abrasion-resistant tape sling and robust protective bag Optional (extra charge): Steel-plated storage case

This sharp edge-tested lanyard (in accordance with EN 35´4:2010), which is equipped with an energy absorber (in line with EN 355:2002) and 2 carabiner hooks, is based on a robust kernmantle cable. It is available in three set lengths: 1 m, 1.5 m and 2 m. EN 354:2010 &amp; EN 355:2002 Sharp edge-tested kernmantle cable (Ø 12 mm) Incl. 2 carabiners and energy absorber Lengths: 1 m, 1.5 m, 2 m The 1.5 m and 2 m models can also be supplied with a pipe hook

This shockproof safety helmet, made of plastic material, protects your head, if you fall whilst hooked up to an arresting system - preventing you from becoming unconscious or being injured through a collision. This lightweight helmet has a chin strap and is equipped with a modern ventilation system. It also offers integrated protection from foreign bodies. EN 397:2012 (safety helmets) Size: 51-63 cm Colour: White Weight: 390 g Air Grid technology keeps foreign bodies out whilst guaranteeing optimum ventilation

Use this special strap as a foot sling to keep the blood circulation flowing after a fall and prevent suspension trauma from setting in. This foot sling is rolled up tightly and simply attached to the front of your safety harness so that you can easily reach it. Anti-trauma foot sling for safety harnesses Reliable suspension trauma prevention Simply attach it to your safety harness

This rail guard system has been awarded national technical approval and is based on a lightweight aluminium design. This easy-to-use anchorage device with its integrated glider can be installed on walls, ceilings or roofs. A wide range of angular and curve elements are available to adapt your system to perfectly match your architecture. National technical approval ("abZ"): Z-14.9-807 (pls. observe the installation instructions provided in the "abZ") EN 795:2012, D + CEN/TS 16415:2013 Secures 3 individuals simultaneously (1 individual per glider) High-strength aluminium design, extremely lightweight Simple and quick installation on a roof, wall or ceiling Expands and contracts with heat and cold based on a floating bearing design (straight systems) Rail element: 2.34 m; Optional: Custom lengths available Horizontal and vertical curve elements: Standard 90°; Optional: Custom angle/radius upon request

Adapt this high-quality, stainless steel rail safety system to fit your building or substructure perfectly. It can be used to secure 3 individuals simultaneously and is installed overhead, on a wall or on the ground. Upon request, this system can also be supplied in extremely durable 316 steel material. EN 795:2012, D CEN/TS 16415:2013 Secures 3 individuals simultaneously (1 individual per glider) Designed for horizontal, lateral and overhead usage End termination allows the glider to be easily attached and detached Suitable for installation on concrete and steel structures

Simply clamp this permanent, stainless steel ladder fixing device to a rain gutter to prevent it from slipping or tipping. The installation materials needed to install this weather-resistant safety device are included in the package. Ladder safety device for indoor and outdoor usage Prevents slipping and tipping Simply clamp it onto a rain gutter Designed for rungs at least 280 mm wide Also suitable for attachment to a roof parapet (please consult ABS Safety first)

Equip your ladder with this temporary stainless steel securing device. This ladder safety solution prevents your ladder from tipping and slipping. It is simply clamped between 2 ladder rungs (at least 250 mm wide) using a stainless steel spring mechanism. Temporary ladder securing device Suitable for use with all standard ladders Prevents slipping and tipping Simply clamp it between 2 rungs Designed for rungs at least 250 mm wide

This stainless steel roller glider was developed for permanent implementation in a straight lifeline system (8 mm). It is used overhead and is made of extremely robust 316 steel material. Roller glider for lifeline systems (8 mm) (only straight routes) Specially designed for overhead usage Manufactured from extremely robust stainless steel material (316) Incl. carabiner hook in accordance with EN 362 Secures 1 Person in compliance with DIN EN 795:2012

This sealant collar was designed for anchorage points with a diameter of 16 or 42 mm and is cold-bonded onto the subsurface. Special notches allow it to be flexibly shorted. The disc of the collar is 420 mm in diameter. A tube clamp is included in the package. Specially designed for cold-bonding, e.g. on corrugated roofs Not suitable for EPDM sheeting Designed for Ø 16 mm and Ø 42 mm rods Tube clamp included Disc diameter Ø 42 cm

Use this connector cable clamp to connect your lifeline system (6 or 8 mm) to a lightning conductor. This allows you to actively incorporate your anchorage device into your lightning conductor system - providing more effective protection against a lightning strike. Designed for 6 mm and 8 mm lifeline systems Connects your lifeline system to your lightning conductor