We can cast to any BS, EN or ASTM specification.

Bronze Continuous Cast Rectangular & Round Bars, Tubes and Rods - available in a wide range of alloys and sizes. All ready to be despatched within 1-2 working days.

Bronze Finish Machined Parts Incorporating Solid Lubricant

Bronze gears are products with high resistance to friction and are used in the production of machine spare parts.

Bronze with hat use for making machine spare parts. As a spare part bronze material serves long time for that reason bronze raw material is the best choice for making spare parts.

The Q6 NEWTON™ benchtop spark Optical Emission Spectrometer (OES) designed to greatly improve alloy composition analysis in the metals industry. With its cutting-edge features and performance, the Q6 NEWTON empowers metallurgists and technicians to achieve precision, speed, and reliability like never before with a benchtop instrument. Ultrafast Analysis with HighSense™ Detection in under 20 seconds The New Ar Flow System for Reducing Ar Consumption (up to 40%), Better Spark Quality and Prevention of Optics Contamination Automated, Safe, and User‑Friendly Operation Dual-Channel Optical System with VUV (130–200 nm) and UV/VIS (190–620 nm) optics Exceptional Thermal Stability ± 0.2 °C

Simple Point and Shoot Functionality Real-time Data transfer with Wireless Connectivity SMART Grade™ Calibration & Extensive Grade Libraries Results within Seconds Portable and Lightweight Superior Light Element Detection

Tieval specialise in on-site mechanical and ultrasonic calibration of automated NDT systems & standalone NDT units.

The CALIBUS is our advanced laser-induced breakdown spectrometer (LIBS), and the first CMOS-based LIBS analyser on the market capable of measuring carbon in ferrous materials. This breakthrough makes CALIBUS a game-changer for modern metal analysis. Compact, fast, and precise, the new CALIBUS is the ideal solution for quality assurance and control in metallurgical manufacturing, machining, petrochemical industries, as well as the scrap metal and recycling sectors. Its portability and ease of use make it a powerful tool across a range of demanding environments—delivering reliable results whenever and wherever they’re needed.

The CALIBUS is our cutting-edge laser-induced breakdown spectrometer (LIBS), and the first CMOS-based LIBS analyser on the market capable of measuring carbon in ferrous materials. Designed for speed, precision, and portability, CALIBUS is an ideal solution for QA/QC, metallurgical manufacturing, machining, petrochemical industries, scrap metal, and recycling. Also available is the CALIBUS AL, specifically optimised for the analysis of aluminium alloys. With high performance across critical light elements and fast, reliable results, it’s the perfect choice for industries working with non-ferrous materials where precision and efficiency are paramount. Together, CALIBUS and CALIBUS AL offer a versatile, on-the-spot analytical solution tailored to the demands of modern metal analysis—wherever it’s needed.

Carbon credits define the cost of transition to net zero. Across the voluntary carbon market (VCM) and regulated systems such as the EU ETS, CORSIA and the Carbon Border Adjustment Mechanism (CBAM), price signals guide trade, compliance and investment strategy. Fastmarkets Carbon provides market-reflective benchmarks, structured carbon data and forward market views to inform pricing, procurement and portfolio decisions across both emerging and established carbon systems. Assess price signals, understand market dynamics and evaluate future carbon exposure, all within a single platform designed for the world’s evolving carbon markets.

The EU’s Carbon Border Adjustment Mechanism (CBAM) is a carbon pricing policy that applies to certain goods imported into the European Union. From 1 January 2026, importers of steel, aluminium, cement, fertilisers, hydrogen and electricity are required to account for the carbon emissions embedded in those goods.

Does your carbon capture system remove more than it emits? It sounds like a simple question. In practice, answering it means accounting for every kilogram of CO₂ embedded in a system’s construction, operation, supply chain, and decommissioning, then modelling what happens across multiple real-world scenarios. The Below280 team has been conducting life-cycle assessments of carbon capture technologies since 2012.