Overview: KCL is a prominent German manufacturer specializing in protective gloves for diverse applications. The document details the company's product offerings, services, and corporate ethos, highlighting innovation, safety, and customer service.

Fields of Protection: KCL provides a variety of gloves tailored for specific needs, including chemical, mechanical, cut, heat, cold, and electrical protection, catering to different industries and environments.

Special Applications: The document emphasizes gloves for food handling, clean rooms, antistatic needs, pesticide protection, vibration workplaces, and sandblasting, all meeting stringent safety standards.

Company Philosophy: KCL focuses on a corporate culture of safety, innovation, and customer satisfaction, rooted in German manufacturing excellence.

Advisory and Safety Culture: KCL offers on-site risk analysis and custom hand protection solutions, utilizing its ChemPro® database for chemical permeation data recommendations.

Innovation and Manufacturing: KCL's commitment to innovation is evident in its advanced laboratory and manufacturing techniques, ensuring high-quality glove production.

Communication and Training: Through the KCL Academy, the company provides training on hand protection, maintaining a multilingual communication culture to update customers on standards and technologies.

European Standards: The document outlines European standards like EN388, EN374, EN407, EN1149, and EN61340, ensuring KCL gloves meet rigorous safety and performance criteria.

Contact Information: KCL provides regional contact details for customer support and sales inquiries across several European countries.

General Requirements for Protective Gloves: All gloves must comply with EN420 standards, detailing requirements for use, storage, and disposal, except for specific types like insulating and medical gloves.

Categories of Protective Gloves: Gloves are categorized into three risk levels, each with specific conformity and testing requirements, with Category III requiring additional ISO 9000 compliance.

European Standards for Protective Gloves: Standards like EN388 and EN374 specify performance levels for mechanical and chemical risks, respectively.

EN388 - Mechanical Risks: Gloves must indicate performance levels for abrasion, cut, tear, and puncture resistance.

EN374 - Chemical and Bacteriological Risks: Full chemical protection requires a permeation level of 2 for at least three test chemicals.

Permeation and Penetration: KCL recommends a 50% safety deduction for permeation resistance, conducting extensive testing for reliability.

EN407 - Thermal Risks: Gloves are tested for heat resistance, with higher protection levels recommended for sensitive users.

EN1149 - Antistatic Properties: Antistatic gloves must meet specific resistance requirements, with workplace conditions analyzed before use.

Food Handling and Processing: Gloves must comply with European regulations to prevent component release into food, indicated by specific pictograms.

Specifications and Testing: KCL ensures gloves are tested for food compatibility, preventing substance release under various conditions.

European Standards: Standards like EN10819 for anti-vibration gloves and EN60903 for insulating gloves are detailed, specifying protection against vibrations and electrical currents.

Regulations: BGR195 outlines requirements for selecting and using protective gloves, with KCL offering risk analysis and testing services.

Procedures: Safety managers must assess glove suitability, prepare operating instructions, and provide annual training.

Chemical Resistance: The document lists chemicals and glove material resistance levels, categorized by resistance and permeation times.

Overview: The document details specifications for chemical protective gloves under various brands, designed for industries like food, chemical, and automotive.

Specifications: Gloves like Camatril® and Dermatril® offer specific features like grip, sensitivity, and resistance, tailored for different applications.

Applications: Gloves are used in agriculture, chemical, food, automotive, and metal processing industries, providing mechanical and chemical protection.

Features and Benefits: Gloves are allergen-free, offer excellent grip and sensitivity, and are available in various sizes and colors.

Overview: The document provides specifications for cut-resistant and heat-resistant gloves, categorized by material and design features.

Specifications: Gloves are made from materials like para-aramid and nitrile, with features like seamless liners and palm coatings.

Applications: Suitable for industries like metal processing and electronics, designed for tasks involving sharp or oily parts.

Qualities and Advantages: Gloves offer cut protection, moisture repellence, and good grip, with some providing heat insulation.

Standards and Classification: Gloves are classified under categories II or III, with EN388 and EN407 standards referenced.

Key Features: Some gloves have reinforced parts and are suitable for high-temperature environments.

Overview: The document outlines specifications for various protective gloves, including heat-resistant, cold-resistant, and electrical protective gloves.

Heat Resistant Gloves: Classified under EN388, these gloves offer grip and are suitable for industries like logistics and food handling.

Cold Resistant Gloves: Cama Iso® IceGrip® gloves provide cold resistance and are suitable for food handling.

Electrical Protective Gloves: Made from natural latex, these gloves protect against electrical currents and are suitable for power supply companies.

Household Gloves: Designed for routine work, offering good grip and comfort.

Disposable Gloves: Made from vinyl or polyethylene, suitable for light protection in medical and food industries.

Over Shoe Protection: Reusable over shoes for pharmaceutical and clean room use, providing stability on various surfaces.

Standards and Classifications: Various EN standards classify gloves based on protection against mechanical, cold, and electrical risks.