strong leather (~ 2 mm) w x h approx. 50 x 65 cm   The models and girls in the pictures are 13 and 11 years old respectively.   Please note: Leather is a natural product. Color and hue are subject to change.   Picture No.3 shows part of the color spectrum of the aprons. If you have a specific color request, please write it in the comment field at the end of the order. We are happy to take this into account - provided we have stock.

  strong leather w x h approx. 70 x 90 cm   Sturdy bib apron with leather neck strap and back closure. Especially practical: 3 sewn-on pockets for pens or small items...   Please note: Leather is a natural product. Color and hue are subject to change.

  side splitt cowhide leather approx. 60 x 100 cm, thickness > 1 mm Certified according EN ISO 11611:2015 CLASS 2/A1+A2   Leather is a natural product. Color and hue are subject to change.

  with waist protection cracked  leather w x h approx. 80 x 100 cm

  made of  70% Polyacryl, 30% Aramid with high-vacuum metallisation, with neck strap and tie straps for closing, length approx. 130 cm, width approx 98 cm EN ISO 11612:2015, Standard A1/B1/C3/D3/E3/F1     Professional quality for use in foundries, steel and aluminum works, offering the best possible protection against Iron and Aluminium liquid splashes according to EN 11612 (D3, E3) as well as very good protection against radiant heat (C3).

  made of  100 % para-aramide with high-vacuum metallisation, with neck strap and tie straps for closing, length approx. 130 cm, width approx 98 cm EN ISO 11612, Standard A1/B1/C3/D3/E3/F1   Robust protection for demanding users: enhanced heat protection through aluminization of the Kevlar®/para-aramid fabric; highly durable and heavy-duty.

  made from Kevlar® / Paraaramid up to 350 °C contact heat, very resistant, approx. 30cm total length

  made from Kevlar® / Paraaramid up to 500 °C contact heat, very resistant, usable on both sides, approx. 30cm total length

  made from Aramid®, Contact heat up to 500 °C, 4 layer construction, extremely good heat insulation on the palms of the hands, very good protection against radiant heat, very good abrasion resistance on the palms of the hands. approx. 450 mm total length.   The glove for professionals!   Protective gloves against thermal risks according to EN 407:2020   For longer service lives when it comes to contact heat, we use selected materials and different insulation layers, especially in the area of the palm, so that protection against heat up to 500 °C is achieved. High resistance to radiant heat and splashes of molten metal is achieved primarily through the use of aluminized materials.

  made from Aramid®, Contact heat up to 250 °C, 4 layer construction, extremely good heat insulation on the palms of the hands, very good protection against radiant heat, very good abrasion resistance on the palms of the hands. approx. 470 mm total length.   The glove for professionals!   Protective gloves against thermal risks according to EN 407:2020   For longer service lives when it comes to contact heat, we use selected materials and different insulation layers, especially in the area of the palm, so that protection against heat up to 250 °C is achieved. High resistance to radiant heat and splashes of molten metal is achieved primarily through the use of aluminized materials.

  made of 100% meta para aramid, excellent heat protection, up to 350 °C contact heat, usable on both sides, size 10   Characteristics: 5-finger heat protection glove 100% Meta Para Aramid in black additional knit lining can be used on both sides thanks to applied silicone nubs approx. 30 cm, knitted waistband, circular knit - seamless very good heat insulation very good skin tolerance due to cotton on the inside, using double knit good cut and heat protection recommended max. contact heat temperature: 350°C suitable for working with warm to hot objects

  made of kevlar®, approx. 35 cm in length, tube, cut level 3, contact heat level 1, Category II EN 388:2016 level 133XB EN 407 level X1XXXX   finely knitted, good additional cut and heat protection, respiration-active and tight-fitting, good wearing comfort

  made of  100 % para-aramide with high-vacuum metallisation, lenght approx. 43 cm EN ISO 11612, Standard A1/B1/C3/D3/E3/F1   Professional quality for use in foundries, steel and aluminum works, offering the best possible protection against Iron and Aluminium liquid splashes according to EN 11612 (D3, E3) as well as very good protection against radiant heat (C3).

  made of durable leather with 3 buckles, length approx. 35 cm

leggings CK-4/Z High vacuum metallization, approx. 690 g/m², Material: 70% Polyacrylnitril/Polyacryl, 30% Aramid, flame retardant Velcro, approx. 380 mm high.   Professional quality for use in foundries, steel and aluminum works, offering the best possible protection against Iron and Aluminium liquid splashes according to EN 11612 (D3, E3) as well as very good protection against radiant heat (C3).

  Suitable for small head sizes, frameless design, clear, scratch-resistant, and anti-fog lens   Front size/inner temple width approx. 120 mm, temple length approx. 105 mm   Note: These glasses are not suitable for work involving liquids, dust, molten metal, lasers, or welding. According to EN 166:2001, safety glasses cannot be tested and approved for applications protecting against liquid splashes. If protection against liquids is necessary, appropriate personal protective equipment must be selected, such as wire mesh guards or full-view goggles.

  made of high-quality glass fibre polyester with Aluminium visor carrier with cover plate and visor made of 1 mm transparent polycarbonate   High quality - Made in GERMANY with special properties: Dimensionally stable at high temperatures High penetration resistance and impact strength High lateral rigidity Insensitive to chemicals High ageing stability (long service life) High wearing comfort and secure fit through ergonomically formed, height-adjustable suspension       Difference between wire mesh and polycarbonate screen: The protective screen offers a clearer view compared to the screen, but can scratch during storage and handling. Minor scratches generally do not impair its function, but only impair its appearance. The protective screen is significantly more robust and offers better protection against radiant heat, but offers slightly less visibility than a clear screen.   In short: If you want better protection against radiant heat, then choose a wire mesh screen.   If you want a clear view, then choose a screen.   So it's up to you what you prefer to work with.

  made of 1 mm transparent polycarbonate   Robust professional quality - Made in Germany with the following features: Dimensionally stable at high temperatures High impact strength Resistant to chemicals Highly resistant to aging (long service life) Clear vision   The helmet and mount are not included.

  made of glass fibre polyester, with Aluminium visor carrier with cover plate and heat shield made of zinced wire cloth 500x250mm   High quality - Made in GERMANY with special properties: heat shield made of zinced wire cloth shields the face from radiant heatto avoid light reflection, the inside of the visor is blackend Dimensionally stable at high temperatures High penetration resistance and impact strength High lateral rigidity Insensitive to chemicals High ageing stability (long service life) High wearing comfort and secure fit through ergonomically formed, height-adjustable suspension     Features: Made of galvanized wire mesh Durable and robust Increased rigidity due to a rolled edge Good reflective properties of radiant heat Blackened interior for good visibility Professional quality     Difference between wire mesh and polycarbonate screen: The protective screen offers a clearer view compared to the screen, but can scratch during storage and handling. Minor scratches generally do not impair its function, but only impair its appearance. The protective screen is significantly more robust and offers better protection against radiant heat, but offers slightly less visibility than a clear screen.   In short: If you want better protection against radiant heat, then choose a wire mesh screen.   If you want a clear view, then choose a screen.   So it's up to you what you prefer to work with.